BSNIP I: SN Ia Spectra 1heracles.astro.berkeley.edu/sndb/static/BSNIPI/spec_info_table.pdf · BSNIP...
30
BSNIP I: SN Ia Spectra 1 Table 2: SN Ia Spectral Information SN Name UT Date a MJD b Phase c Inst. d Wavelength Res. e P.A. f Par. g Air. h See. i Exp. Observer(s) j Reducer k Flux Range ( ˚ A) ( ˚ A) ( ◦ ) ( ◦ ) ( ) (s) Corr. l SN 1989A 1989-04-27.000 47643.000 83.80 1 3450–9000 12 ··· ··· ··· 2 ··· 1,2 1 0 SN 1989B m 1989-02-15.000 47572.000 7.54 2 3450–8450 7 0 ··· ··· ··· ··· 1,3 1 0 SN 1989B m 1989-02-21.000 47578.000 13.53 2 3450–7000 7 0 ··· ··· ··· ··· 1 1 0 SN 1989B 1989-04-27.000 47643.000 78.37 1 3300–9050 12 ··· ··· ··· 2 ··· 1,2 1 0 SN 1989B 1989-07-10.000 47717.000 152.19 1 3900–6226 12 ··· ··· ··· 3 ··· 1,2,3 1 0 SN 1989M 1989-07-09.000 47716.000 2.49 1 3080–10300 12 ··· ··· ··· 2.5 ··· 1,2,3 1 0 SN 1989M 1989-07-10.000 47717.000 3.48 1 3400–10200 12 ··· ··· ··· 3 ··· 1,2,3 1 0 SN 1989M 1989-12-01.000 47861.000 146.76 1 4150–9500 12 ··· ··· ··· 1.5 900 1,2 1 0 SN 1989M 1990-05-01.428 48012.428 297.42 1 3930–6980 12 54 54 2.31 2.5 2100 1,2 1 0 SN 1990G 1990-03-25.000 47975.000 ··· 1 3932–9800 12 ··· ··· ··· 3 ··· 1,2 1 0 SN 1990M 1990-04-01.000 47982.000 ··· 1 3932–7060 12 ··· ··· ··· 1.5 ··· 1,4 1 0 SN 1990M 1990-07-17.000 48089.000 ··· 1 3920–9860 12 ··· ··· ··· 2 ··· 1,2 1 0 SN 1990M 1990-07-31.255 48103.255 ··· 1 3900–9900 12 48 50 4.19 1.25 1200 1,2 1 0 SN 1990M 1990-08-29.171 48132.171 ··· 1 3940–9850 12 229 49 3.85 1.25 1300 1,2 1 0 SN 1990M 1990-08-30.000 48133.000 ··· 1 6720–9850 12 229 49 4.02 2.25 1300 1,2 1 0 SN 1990O 1990-07-17.000 48089.000 12.54 1 3920–7080 12 ··· ··· ··· 2 ··· 1,2 1 0 SN 1990O 1990-07-31.396 48103.396 26.50 1 3900–7020 12 55 56 2.67 1.25 1800 1,2 1 0 SN 1990O 1990-08-29.252 48132.252 54.50 1 3900–7020 12 235 54 1.52 1.25 1400 1,2 1 0 SN 1990N 1990-07-17.000 48089.000 7.11 1 3920–9872 12 ··· ··· ··· 2 ··· 1,2 1 0 SN 1990N 1990-07-31.193 48103.193 21.25 1 3900–9900 12 55 55 2.30 1.25 900 1,2 1 0 SN 1990N 1990-08-29.153 48132.153 50.11 1 3940–9850 12 234 54 3.80 1.25 500 1,2 1 0 SN 1990N 1990-08-30.000 48133.000 50.96 1 6720–9850 12 234 54 4.23 2.25 950 1,2 1 0 SN 1990N 1990-12-17.577 48242.577 160.16 1 3900–7000 12 151 331 1.14 2.5 900 1,2 1 0 SN 1990R 1990-07-17.000 48089.000 ··· 1 3952–7052 12 ··· ··· ··· 2 ··· 1,2 1 0 SN 1990R 1990-07-31.423 48103.423 ··· 1 3900–7020 12 32 37 1.19 1.25 1200 1,2 1 0 SN 1990R 1990-08-29.279 48132.279 ··· 1 3900–7020 12 180 6 1.10 1.25 2400 1,2 1 0 SN 1990Y 1990-08-30.510 48133.510 16.78 1 3940–7050 12 171 351 3.07 2.25 1200 1,2 1 0 SN 1991B 1991-01-23.586 48279.586 ··· 1 3900–7020 12 183 2 1.37 1.75 400 1 1 0 SN 1991B 1991-02-23.524 48310.524 ··· 1 3900–9800 12 188 13 1.40 2 900 1 1 0 SN 1991B 1991-03-09.466 48324.466 ··· 1 3900–7020 12 186 7 1.38 1 1900 1,2 1 0 SN 1991K 1991-02-23.335 48310.335 ··· 1 3900–7020 12 194 15 1.77 2 1800 1 1 0 SN 1991K 1991-03-09.262 48324.262 ··· 1 3900–7020 12 186 6 1.71 1 3600 1,2 1 0 SN 1991M 1991-04-07.000 48353.000 18.06 1 3880–7000 12 ··· ··· ··· 3.5 ··· 1,2 1 0 SN 1991M 1991-04-19.000 48365.000 29.97 1 3900–7000 12 ··· ··· ··· 1.5 ··· 1,2 1 0 SN 1991M 1991-08-05.000 48473.000 137.20 1 3920–6900 12 ··· ··· ··· 1.75 ··· 1,5,6 1 0 SN 1991M 1991-08-20.000 48488.000 152.09 1 3920–7000 12 ··· ··· ··· 1.25 ··· 1,5 1 0 SN 1991O 1991-04-07.000 48353.000 ··· 1 3960–7040 12 ··· ··· ··· 3.5 ··· 1,2 1 0 SN 1991S 1991-05-05.000 48381.000 31.05 1 3900–7000 12 ··· ··· ··· 1.25 ··· 1,5 1 0 SN 1991T 1991-04-18.000 48364.000 -10.10 1 4060–8360 12 ··· ··· ··· 1.5 ··· 1,2 1 0 SN 1991T 1991-04-19.000 48365.000 -9.11 1 3100–9840 12 ··· ··· ··· 1.5 ··· 1,2 1 0 SN 1991T 1991-05-05.000 48381.000 6.80 1 3110–9858 12 ··· ··· ··· 1.25 ··· 1,5 1 0 SN 1991T 1991-07-20.000 48457.000 82.36 1 3150–9886 12 ··· ··· ··· 1.75 ··· 1,2,5 1 0 SN 1991T 1991-08-19.000 48487.000 112.19 1 3924–9748 12 ··· ··· ··· 1.25 ··· 1,5 1 0 SN 1991T 1991-08-20.000 48488.000 113.18 1 6800–9748 12 ··· ··· ··· 1.25 ··· 1,5 1 0 SN 1991T 1991-10-31.000 48560.000 184.77 1 3930–7042 12 ··· ··· ··· 2.5 ··· 1,5 1 0 Continued on Next Page. . . c 2012 RAS, MNRAS 000, 1–30
Transcript of BSNIP I: SN Ia Spectra 1heracles.astro.berkeley.edu/sndb/static/BSNIPI/spec_info_table.pdf · BSNIP...
BSNIP I: SN Ia Spectra 1
Table
2:SN
IaSpec
tralIn
form
ation
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
1989A
1989-0
4-2
7.0
00
47643.0
00
83.8
01
3450–9000
12
···
···
···
2···
1,2
10
SN
1989B
m1989-0
2-1
5.0
00
47572.0
00
7.5
42
3450–8450
70
···
···
···
···
1,3
10
SN
1989B
m1989-0
2-2
1.0
00
47578.0
00
13.5
32
3450–7000
70
···
···
···
···
11
0SN
1989B
1989-0
4-2
7.0
00
47643.0
00
78.3
71
3300–9050
12
···
···
···
2···
1,2
10
SN
1989B
1989-0
7-1
0.0
00
47717.0
00
152.1
91
3900–6226
12
···
···
···
3···
1,2
,31
0SN
1989M
1989-0
7-0
9.0
00
47716.0
00
2.4
91
3080–10300
12
···
···
···
2.5
···
1,2
,31
0SN
1989M
1989-0
7-1
0.0
00
47717.0
00
3.4
81
3400–10200
12
···
···
···
3···
1,2
,31
0SN
1989M
1989-1
2-0
1.0
00
47861.0
00
146.7
61
4150–9500
12
···
···
···
1.5
900
1,2
10
SN
1989M
1990-0
5-0
1.4
28
48012.4
28
297.4
21
3930–6980
12
54
54
2.3
12.5
2100
1,2
10
SN
1990G
1990-0
3-2
5.0
00
47975.0
00
···
13932–9800
12
···
···
···
3···
1,2
10
SN
1990M
1990-0
4-0
1.0
00
47982.0
00
···
13932–7060
12
···
···
···
1.5
···
1,4
10
SN
1990M
1990-0
7-1
7.0
00
48089.0
00
···
13920–9860
12
···
···
···
2···
1,2
10
SN
1990M
1990-0
7-3
1.2
55
48103.2
55
···
13900–9900
12
48
50
4.1
91.2
51200
1,2
10
SN
1990M
1990-0
8-2
9.1
71
48132.1
71
···
13940–9850
12
229
49
3.8
51.2
51300
1,2
10
SN
1990M
1990-0
8-3
0.0
00
48133.0
00
···
16720–9850
12
229
49
4.0
22.2
51300
1,2
10
SN
1990O
1990-0
7-1
7.0
00
48089.0
00
12.5
41
3920–7080
12
···
···
···
2···
1,2
10
SN
1990O
1990-0
7-3
1.3
96
48103.3
96
26.5
01
3900–7020
12
55
56
2.6
71.2
51800
1,2
10
SN
1990O
1990-0
8-2
9.2
52
48132.2
52
54.5
01
3900–7020
12
235
54
1.5
21.2
51400
1,2
10
SN
1990N
1990-0
7-1
7.0
00
48089.0
00
7.1
11
3920–9872
12
···
···
···
2···
1,2
10
SN
1990N
1990-0
7-3
1.1
93
48103.1
93
21.2
51
3900–9900
12
55
55
2.3
01.2
5900
1,2
10
SN
1990N
1990-0
8-2
9.1
53
48132.1
53
50.1
11
3940–9850
12
234
54
3.8
01.2
5500
1,2
10
SN
1990N
1990-0
8-3
0.0
00
48133.0
00
50.9
61
6720–9850
12
234
54
4.2
32.2
5950
1,2
10
SN
1990N
1990-1
2-1
7.5
77
48242.5
77
160.1
61
3900–7000
12
151
331
1.1
42.5
900
1,2
10
SN
1990R
1990-0
7-1
7.0
00
48089.0
00
···
13952–7052
12
···
···
···
2···
1,2
10
SN
1990R
1990-0
7-3
1.4
23
48103.4
23
···
13900–7020
12
32
37
1.1
91.2
51200
1,2
10
SN
1990R
1990-0
8-2
9.2
79
48132.2
79
···
13900–7020
12
180
61.1
01.2
52400
1,2
10
SN
1990Y
1990-0
8-3
0.5
10
48133.5
10
16.7
81
3940–7050
12
171
351
3.0
72.2
51200
1,2
10
SN
1991B
1991-0
1-2
3.5
86
48279.5
86
···
13900–7020
12
183
21.3
71.7
5400
11
0SN
1991B
1991-0
2-2
3.5
24
48310.5
24
···
13900–9800
12
188
13
1.4
02
900
11
0SN
1991B
1991-0
3-0
9.4
66
48324.4
66
···
13900–7020
12
186
71.3
81
1900
1,2
10
SN
1991K
1991-0
2-2
3.3
35
48310.3
35
···
13900–7020
12
194
15
1.7
72
1800
11
0SN
1991K
1991-0
3-0
9.2
62
48324.2
62
···
13900–7020
12
186
61.7
11
3600
1,2
10
SN
1991M
1991-0
4-0
7.0
00
48353.0
00
18.0
61
3880–7000
12
···
···
···
3.5
···
1,2
10
SN
1991M
1991-0
4-1
9.0
00
48365.0
00
29.9
71
3900–7000
12
···
···
···
1.5
···
1,2
10
SN
1991M
1991-0
8-0
5.0
00
48473.0
00
137.2
01
3920–6900
12
···
···
···
1.7
5···
1,5
,61
0SN
1991M
1991-0
8-2
0.0
00
48488.0
00
152.0
91
3920–7000
12
···
···
···
1.2
5···
1,5
10
SN
1991O
1991-0
4-0
7.0
00
48353.0
00
···
13960–7040
12
···
···
···
3.5
···
1,2
10
SN
1991S
1991-0
5-0
5.0
00
48381.0
00
31.0
51
3900–7000
12
···
···
···
1.2
5···
1,5
10
SN
1991T
1991-0
4-1
8.0
00
48364.0
00
−10.1
01
4060–8360
12
···
···
···
1.5
···
1,2
10
SN
1991T
1991-0
4-1
9.0
00
48365.0
00
−9.1
11
3100–9840
12
···
···
···
1.5
···
1,2
10
SN
1991T
1991-0
5-0
5.0
00
48381.0
00
6.8
01
3110–9858
12
···
···
···
1.2
5···
1,5
10
SN
1991T
1991-0
7-2
0.0
00
48457.0
00
82.3
61
3150–9886
12
···
···
···
1.7
5···
1,2
,51
0SN
1991T
1991-0
8-1
9.0
00
48487.0
00
112.1
91
3924–9748
12
···
···
···
1.2
5···
1,5
10
SN
1991T
1991-0
8-2
0.0
00
48488.0
00
113.1
81
6800–9748
12
···
···
···
1.2
5···
1,5
10
SN
1991T
1991-1
0-3
1.0
00
48560.0
00
184.7
71
3930–7042
12
···
···
···
2.5
···
1,5
10
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
2 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
1991T
1992-0
3-1
3.4
35
48694.4
35
318.4
33
3292–10188
6/11
22
14
1.2
74.7
53600
1,5
,7,8
10
SN
1991T
1992-0
4-1
1.3
61
48723.3
61
347.1
93
3300–10450
6/11
202
16
1.2
92.2
53600
1,5
,81
0SN
1991am
1991-0
8-0
4.0
00
48472.0
00
···
13940–6920
12
···
···
···
1.7
5···
1,5
,61
0SN
1991ak
1991-0
7-2
0.0
00
48457.0
00
···
13920–6980
12
···
···
···
1.7
5···
1,2
,51
0SN
1991ak
1991-0
8-0
5.0
00
48473.0
00
···
13920–6900
12
···
···
···
1.7
5···
1,5
,61
0SN
1991ak
1991-0
8-2
0.0
00
48488.0
00
···
13908–7060
12
···
···
···
1.2
5···
1,5
10
SN
1991at
1991-0
9-1
6.0
00
48515.0
00
···
14060–7060
12
···
···
···
1.5
···
1,5
10
SN
1991as
1991-0
9-1
6.0
00
48515.0
00
···
13940–7060
12
···
···
···
1.5
···
1,5
10
SN
1991ay
1991-1
0-0
2.0
00
48531.0
00
···
13940–7040
12
···
···
···
1.5
···
1,5
10
SN
1991bd
1991-1
0-3
1.0
00
48560.0
00
···
13920–7060
12
···
···
···
2.5
···
1,5
10
SN
1991bc
1991-1
0-3
1.0
00
48560.0
00
···
13100–8900
12
···
···
···
2.5
···
1,5
10
SN
1991bc
1991-1
2-1
4.0
00
48604.0
00
···
13920–7080
12
···
···
···
1.5
···
1,5
10
SN
1991bb
1991-1
0-3
1.0
00
48560.0
00
···
13920–7060
12
···
···
···
2.5
···
1,5
10
SN
1991bb
1991-1
2-1
4.0
00
48604.0
00
···
13920–7080
12
···
···
···
1.5
···
1,5
10
SN
1991bf
1991-1
2-1
4.0
00
48604.0
00
···
13920–7000
12
···
···
···
1.5
···
1,5
10
SN
1991bg
1991-1
2-1
3.0
00
48603.0
00
0.1
41
3300–8680
12
···
···
···
1.5
···
1,5
10
SN
1991bg
1991-1
2-1
4.0
00
48604.0
00
1.1
41
3905–9900
12
···
···
···
1.5
···
1,5
10
SN
1991bg
1992-0
1-0
1.0
00
48622.0
00
19.0
71
3240–9910
12
···
···
···
2···
11
0SN
1991bg
1992-0
1-0
9.0
00
48630.0
00
27.0
41
3090–9905
12
···
···
···
1.7
5···
1,5
,71
0SN
1991bg
1992-0
1-0
9.0
00
48630.0
00
27.0
41
5407–6207
···
···
···
···
1.7
5···
1,5
,71
0SN
1991bg
1992-0
1-3
0.0
00
48651.0
00
47.9
74
3090–7005
···
25
25
1.0
01
3000
10,9
10
SN
1991bg
1992-0
3-1
3.4
93
48694.4
93
91.3
13
3690–9765
6/11
48
44
1.3
94.7
53900
1,5
,7,8
10
SN
1991bg
1992-0
5-2
3.3
09
48765.3
09
161.8
83
3180–10360
6/11
51
47
1.4
51.7
53600
1,7
,82
0SN
1991bh
1991-1
2-1
4.0
00
48604.0
00
···
13920–6880
12
···
···
···
1.5
···
1,5
10
SN
1991bj
1992-0
1-0
1.0
00
48622.0
00
···
14200–7400
12
···
···
···
2···
11
0SN
1992G
1992-0
3-1
3.3
47
48694.3
47
23.4
13
3280–10200
6/11
180
86
1.0
24.7
5900
1,5
,7,8
10
SN
1992G
1992-0
4-1
1.2
16
48723.2
16
52.1
33
3130–10400
6/11
102
273
1.0
02.2
53600
1,5
,81
0SN
1992G
1992-0
4-2
1.2
25
48733.2
25
62.0
93
3096–10290
6/11
180
87
1.0
12.2
54500
1,5
20
SN
1992G
1992-0
5-0
3.0
00
48745.0
00
73.8
03
3500–10200
6/11
···
···
···
···
···
11
10
SN
1992G
1992-0
5-2
3.2
49
48765.2
49
93.9
43
3600–10200
6/11
74
76
1.2
91.7
53000
1,7
,82
0SN
1992G
1992-0
6-0
9.2
35
48782.2
35
110.8
43
3224–10214
6/11
71
73
1.5
01.5
3600
1,5
,72
0SN
1992G
1992-0
6-1
0.2
56
48783.2
56
111.8
53
3224–10214
6/11
67
68
1.7
21.5
1200
1,5
,72
0SN
1992G
1992-0
6-2
5.2
44
48798.2
44
126.7
63
4000–7400
563
64
2.1
42.2
51800
1,1
2,1
32
0SN
1992M
1992-0
3-1
3.2
53
48694.2
53
···
35590–10200
11
45
101
1.1
04.7
51800
1,5
,7,8
10
SN
1992M
1992-0
3-1
3.2
53
48694.2
53
···
33300–5400
645
101
1.1
04.7
51800
1,5
,7,8
10
SN
1992ah
1992-0
7-0
6.3
83
48809.3
83
···
33232–10380
6/11
72
44
1.3
21.2
51800
1,5
20
SN
1992ap
1992-0
9-0
2.2
49
48867.2
49
···
34256–7040
374
75
1.4
71.7
51200
1,5
,72
0SN
1993C
1993-0
1-2
9.3
47
49016.3
47
···
33258–10200
6/11
329
322
1.1
13.5
4500
1,5
20
SN
1993C
1993-0
3-0
1.2
79
49047.2
79
···
33100–10200
6/11
161
339
1.0
91.2
51800
1,1
4,5
20
SN
1993C
1993-0
4-1
4.2
15
49091.2
15
···
33240–10000
6/11
200
18
1.1
01.5
1800
1,5
10
SN
1993Y
1993-0
9-2
5.3
99
49255.3
99
28.3
33
3200–10200
6/11
88
274
1.0
71.7
51800
1,5
10
SN
1993aa
1993-0
9-2
5.2
90
49255.2
90
···
33200–10100
6/11
180
354
1.3
81.7
53000
1,5
10
SN
1993Z
1993-0
9-2
5.5
48
49255.5
48
28.9
23
3200–9900
6/11
143
309
2.0
11.7
5860
1,5
10
SN
1993Z
1993-1
0-2
2.5
48
49282.5
48
55.8
03
3130–10470
6/11
143
320
1.3
31.2
5860
1,5
30
SN
1993Z
1993-1
1-1
7.5
54
49308.5
54
81.6
83
3240–10100
6/11
180
351
1.1
61
1200
1,5
10
SN
1993Z
1993-1
2-1
8.4
78
49339.4
78
112.4
73
3120–10380
6/11
180
352
1.1
62
2400
1,7
30
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 3
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
1993Z
1994-0
1-0
7.4
78
49359.4
78
132.3
83
3300–10100
6/11
207
23
1.2
22
1800
1,5
10
SN
1993Z
1994-0
1-1
9.4
06
49371.4
06
144.2
53
3250–9900
6/11
187
11.1
61
2400
1,5
10
SN
1993Z
1994-0
2-0
5.4
16
49388.4
16
161.1
93
3120–10510
6/11
213
29
1.2
72
2400
13
0SN
1993Zm
1994-0
3-1
7.2
36
49428.2
36
200.8
33
3120–10400
6/11
178
355
1.1
62
1800
1,1
5,5
30
SN
1993Z
1994-0
4-1
8.2
37
49460.2
37
232.6
93
3120–10450
6/11
218
35
1.3
51.5
2700
1,7
30
SN
1993ab
1993-1
0-2
2.3
63
49282.3
63
···
33120–10470
6/11
226
234
1.0
11.2
51200
1,5
30
SN
1993ac
1993-1
0-2
2.5
25
49282.5
25
12.6
83
3120–10470
6/11
169
165
1.1
21.2
51600
1,5
30
SN
1993ac
1993-1
1-0
8.2
80
49299.2
80
28.6
63
3220–10000
6/11
266
266
1.3
91.7
51500
1,5
10
SN
1993ae
1993-1
1-1
7.3
84
49308.3
84
18.9
93
3120–10100
6/11
46
42
2.0
71
2700
1,5
10
SN
1993ae
1994-0
1-0
7.2
17
49359.2
17
68.8
73
3300–10100
6/11
38
34
1.7
12
3600
1,5
10
SN
1993ai
1994-0
1-0
7.3
81
49359.3
81
···
33350–9850
6/11
303
129
1.0
82
2400
1,5
10
SN
1993aj
1994-0
1-0
7.5
23
49359.5
23
···
33350–10300
6/11
188
346
1.2
82
1800
1,5
10
SN
1993aj
1994-0
1-1
9.5
42
49371.5
42
···
33500–9850
6/11
179
11
1.2
91
1200
1,5
10
SN
1993aj
1994-0
2-0
5.4
51
49388.4
51
···
34270–7020
3175
348
1.2
82
2100
13
0SN
1994B
1994-0
1-1
9.5
06
49371.5
06
···
33250–9800
6/11
239
53
1.6
31
2700
1,5
10
SN
1994B
1994-0
2-0
5.3
64
49388.3
64
···
33140–10470
6/11
223
24
1.1
32
3600
13
0SN
1994E
1994-0
3-1
3.5
81
49424.5
81
···
53940–8850
7110
116
1.6
41
2100
1,5
10
SN
1994J
1994-0
4-0
4.4
55
49446.4
55
···
34250–7020
3250
72
1.8
52.7
51200
1,1
5,5
30
SN
1994D
1994-0
3-0
9.0
00
49420.0
00
−12.3
13
3196–7372
6/5
···
···
···
···
···
16
30
SN
1994D
1994-0
3-1
0.0
00
49421.0
00
−11.3
13
3320–7580
6/5
···
···
···
···
···
17
30
SN
1994D
1994-0
3-1
2.0
00
49423.0
00
−9.3
23
3320–7760
6/5
···
···
···
···
···
17
30
SN
1994D
1994-0
3-1
3.6
44
49424.6
44
−7.6
75
3240–8800
4.5
/7
70
71
1.9
01
800
1,5
10
SN
1994D
1994-0
3-1
5.0
00
49426.0
00
−6.3
23
3240–7280
6/5
···
···
···
···
···
18,1
93
0SN
1994D
1994-0
3-1
6.0
00
49427.0
00
−5.3
23
3240–7280
6/5
···
···
···
2···
18,1
93
0SN
1994D
m1994-0
3-1
7.4
59
49428.4
59
−3.8
73
3120–9900
6/11
218
31
1.3
12
3600
1,1
5,5
30
SN
1994D
m1994-0
3-1
8.0
00
49429.0
00
−3.3
33
3120–9900
6/11
···
···
···
2···
1,1
5,5
30
SN
1994D
1994-0
4-0
4.3
95
49446.3
95
14.0
43
3120–9900
6/11
36
30
1.2
52.7
51700
1,1
5,5
30
SN
1994D
1994-0
4-1
1.0
00
49453.0
00
20.6
43
3206–7384
6/5
···
···
···
···
···
16
30
SN
1994D
1994-0
4-1
8.4
02
49460.4
02
28.0
33
3120–9900
6/11
225
43
1.4
81.5
1500
1,7
30
SN
1994D
1994-0
4-2
0.0
00
49462.0
00
29.6
33
3210–10200
6/11
···
···
···
···
···
20
30
SN
1994D
1994-0
5-0
4.0
00
49476.0
00
43.6
13
3320–10380
6/11
···
···
···
···
···
21,2
23
0SN
1994D
1994-0
5-0
9.0
00
49481.0
00
48.6
03
3190–7320
6/5
···
···
···
···
···
19
30
SN
1994D
1994-0
5-1
0.0
00
49482.0
00
49.6
03
3190–7316
6/5
···
···
···
···
···
23
30
SN
1994D
1994-0
5-1
2.0
00
49484.0
00
51.5
93
3140–6160
6/5
···
···
···
···
···
24
30
SN
1994D
1994-0
5-1
4.0
00
49486.0
00
53.5
93
3140–6160
6/5
···
···
···
···
···
24
30
SN
1994D
1994-0
6-0
3.3
10
49506.3
10
73.8
73
3282–10142
6/11
50
48
1.8
03
2400
1,1
5,5
30
SN
1994D
1994-0
6-1
6.2
94
49519.2
94
86.8
33
3170–10500
6/11
51
50
2.1
03
2400
1,1
5,5
30
SN
1994D
1994-0
7-1
4.2
32
49547.2
32
114.7
33
3210–10260
6/11
52
52
2.4
32.2
52400
13
0SN
1994Q
1994-0
6-0
3.4
61
49506.4
61
9.6
83
3120–8040
6/5
81
83
1.2
03
1800
1,1
5,5
30
SN
1994Q
1994-0
7-1
4.3
70
49547.3
70
49.4
23
3120–10400
6/11
78
79
1.2
92.2
52200
13
0SN
1994Q
1994-0
8-0
4.3
43
49568.3
43
69.7
93
3120–10360
6/11
73
74
1.4
83
1800
1,1
5,2
53
0SN
1994S
1994-0
6-1
6.3
38
49519.3
38
1.1
13
3120–11300
6/11
61
61
2.1
93
1200
1,1
5,5
30
SN
1994T
1994-0
7-1
5.2
33
49548.2
33
33.0
93
3120–10400
6/11
46
45
2.3
31.5
2100
13
0SN
1994U
1994-0
7-1
3.2
27
49546.2
27
···
33120–11400
6/11
45
43
2.7
01.7
51800
13
0SN
1994X
1994-0
9-0
1.4
10
49596.4
10
···
33120–10400
6/11
175
358
2.1
32.2
51800
1,1
5,5
30
SN
1994ab
1994-1
0-1
1.2
26
49636.2
26
···
34260–7000
5197
14
2.7
11.7
51800
1,5
40
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
4 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
1994ae
1995-0
2-2
4.4
72
49772.4
72
87.3
73
3120–11350
6/11
52
50
1.3
21.5
2100
1,1
53
0SN
1994ae
1995-0
4-2
2.3
72
49829.3
72
144.0
33
3130–10550
6/11
236
56
1.8
03
2100
1,1
5,2
64
0SN
1994ae
1995-0
7-0
6.2
10
49904.2
10
218.5
53
3592–10450
6/11
56
56
2.7
62.7
51800
15,2
74
0SN
1995A
1995-0
2-2
4.2
11
49772.2
11
···
34260–7030
3188
71.0
21.5
1800
1,1
53
0SN
1995C
1995-0
2-2
4.4
11
49772.4
11
···
34260–7030
3181
358
2.7
81.5
600
1,1
53
0SN
1995D
1995-0
2-2
4.4
33
49772.4
33
3.8
43
3120–9900
6/11
44
42
1.5
71.5
1900
1,1
53
0SN
1995D
1995-0
3-2
5.3
64
49801.3
64
32.5
83
3140–11100
6/11
47
43
1.6
73.2
53000
1,1
5,2
74
0SN
1995D
1995-0
4-2
2.2
65
49829.2
65
60.3
03
3296–10314
6/11
222
39
1.4
83
2200
1,1
5,2
64
0SN
1995D
1995-0
5-2
4.1
95
49861.1
95
92.0
23
3120–10450
6/11
48
43
1.6
21.7
52100
1,1
5,2
74
0SN
1995E
1995-0
2-2
4.3
14
49772.3
14
−2.4
63
3120–11340
6/11
145
149
1.2
71.5
1800
1,1
53
0SN
1995E
1995-0
4-2
2.3
07
49829.3
07
53.8
83
3180–10550
6/11
87
89
1.6
23
1700
1,1
5,2
64
0SN
1995L
1995-0
4-2
2.4
75
49829.4
75
···
34300–7060
5247
68
1.4
63
1800
1,1
5,2
64
0SN
1995T
1995-0
8-0
1.4
53
49930.4
53
···
33180–8040
6/5
70
91.5
11.2
53000
1,1
5,2
74
0SN
1995ac
1995-0
9-2
6.4
06
49986.4
06
−6.3
43
3200–10450
6/11
231
37
2.3
02.5
3600
1,2
74
0SN
1995ac
1995-1
0-2
9.0
00
50019.0
00
24.7
13
3340–10600
6/11
···
···
···
1.5
···
28,2
94
0SN
1995ak
1995-1
1-2
6.4
77
50047.4
77
26.3
85
5101–10181
663
64
1.3
50.9
03600
1,1
5,3
0,3
13
0SN
1995al
1995-1
1-3
0.4
44
50051.4
44
22.1
53
3160–9900
6/11
109
289
1.2
01.5
1400
1,5
40
SN
1995al
1995-1
2-1
7.4
40
50068.4
40
39.0
63
3180–10450
6/11
107
287
1.0
76
2700
1,2
74
0SN
1996O
1996-0
4-2
6.6
26
50199.6
26
···
54835–9835
764
81
1.3
21.2
600
1,1
5,3
0,3
13
0SN
1996P
1996-0
3-2
7.2
77
50169.2
77
···
34300–7000
3139
318
1.6
01.5
1800
1,2
75
0SN
1996ai
1996-0
6-2
0.0
00
50254.0
00
···
33700–7600
6/5
···
···
···
2···
32
40
SN
1996ai
1996-0
6-2
1.0
00
50255.0
00
···
33600–7600
6/5
···
···
···
2···
32
40
SN
1996ai
1996-0
6-2
2.3
31
50256.3
31
···
33160–10450
6/11
68
68
1.7
32.2
51800
1,2
7,3
34
0SN
1996ai
1996-0
7-1
3.3
22
50277.3
22
···
54960–9820
792
96
1.5
61.1
1200
1,2
7,5
,84
0SN
1996ai
1996-0
8-1
0.1
91
50305.1
91
···
33200–10400
6/11
68
69
1.6
62.5
2100
1,2
7,3
44
0SN
1996bv
1996-1
2-0
7.3
36
50424.3
36
20.3
03
4320–7040
390
216
1.0
83
762
1,2
7,3
45
0SN
1997E
1997-0
2-0
9.2
72
50488.2
72
20.4
03
3200–10500
6/11
159
159
1.2
72
667
1,2
7,3
4,3
54
0SN
1997T
1997-0
2-0
9.2
97
50488.2
97
···
34370–7050
3107
237
1.4
62
1800
1,2
7,3
4,3
54
0SN
1997Y
1997-0
2-0
9.3
51
50488.3
51
1.2
73
3200–9920
6/11
54
264
1.2
32
600
1,2
7,3
4,3
54
0SN
1997bp
1997-0
4-1
6.4
51
50554.4
51
5.4
93
3160–10470
6/11
44
42
2.9
62.5
700
1,1
5,3
54
0SN
1997br
1997-0
4-1
6.4
30
50554.4
30
−4.8
43
3160–10470
6/11
33
30
2.8
12.5
900
1,1
5,3
54
0SN
1997br
1997-0
5-1
1.2
14
50579.2
14
19.7
83
3140–6960
6/5
186
343
2.0
81.7
51700
1,2
74
0SN
1997br
1997-0
6-0
6.2
14
50605.2
14
45.6
03
3160–10400
6/11
186
62.0
14
1700
1,2
74
0SN
1997br
1997-0
7-1
0.2
14
50639.2
14
79.3
63
4220–6960
337
34
3.2
63.5
900
1,2
74
0SN
1997br
1997-0
7-1
0.2
21
50639.2
21
79.3
73
3300–10500
6/11
37
34
3.5
13.5
2100
1,2
74
0SN
1997cn
1997-0
6-0
6.3
63
50605.3
63
18.3
83
3160–10400
6/11
235
54
1.5
24
2100
1,2
74
0SN
1997cw
1997-0
8-0
4.4
52
50664.4
52
32.7
73
3280–10550
6/11
165
344
1.1
11.5
1500
1,2
7,3
55
0SN
1997cw
1997-0
9-0
6.4
06
50697.4
06
65.1
63
3280–10450
6/11
150
14
1.1
11.7
51800
1,3
55
0SN
1997do
1997-1
1-0
8.4
80
50760.4
80
−5.6
73
3270–10500
6/11
53
223
1.0
22
900
1,2
71
0SN
1997do
1998-0
1-2
8.3
11
50841.3
11
74.3
53
3280–10200
6/11
93
140
1.0
22.5
1800
1,3
51
0SN
1997fb
1998-0
1-1
7.3
15
50830.3
15
···
54340–6840
3220
360
1.9
11
400
1,3
64
0SN
1997fc
1998-0
1-1
7.3
22
50830.3
22
···
54340–6840
3249
41.9
31
800
1,3
64
0SN
1998V
1998-0
3-2
6.6
38
50898.6
38
7.2
05
3850–9200
4.5
/7
60
286
1.0
51.1
5150
1,2
7,3
71
0SN
1998aq
1998-0
6-1
8.3
21
50982.3
21
51.3
43
3300–10400
6/11
71
71
1.8
11.2
5870
1,2
7,3
8,3
91
0SN
1998aq
1998-0
7-1
7.2
41
51011.2
41
80.1
53
3350–10400
6/11
72
71
1.8
12.5
944
1,1
51
0SN
1998aq
1998-0
7-2
3.2
34
51017.2
34
86.1
33
3280–10200
6/11
70
70
1.8
61.5
374
27,3
51
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 5
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
1998bn
1998-0
5-2
2.2
68
50955.2
68
···
35391–8171
50
22
2.4
3···
900
40
60
SN
1998bn
1998-0
5-2
2.2
68
50955.2
68
···
33196–5358
60
22
2.4
3···
900
40
60
SN
1998bn
1998-0
6-1
8.2
16
50982.2
16
···
33400–10400
6/11
30
31
2.9
21.2
51200
1,2
7,3
8,3
91
0SN
1998bp
1998-0
5-2
2.4
34
50955.4
34
18.8
73
5391–8171
50
10
1.0
6···
900
40
60
SN
1998bp
1998-0
5-2
2.4
34
50955.4
34
18.8
73
3196–5358
60
10
1.0
6···
900
40
60
SN
1998bp
1998-0
6-1
8.4
54
50982.4
54
45.6
13
3300–10400
6/11
54
54
1.3
31.2
51200
1,2
7,3
8,3
91
0SN
1998bp
1998-0
9-2
1.1
74
51077.1
74
139.3
53
3300–10200
6/11
51
51
1.2
51.5
1800
1,2
7,4
11
0SN
1998bp
1998-1
0-1
5.1
31
51101.1
31
163.0
63
3474–9776
6/11
54
55
1.3
82.5
2100
1,2
71
0SN
1998bu
1998-0
6-1
8.2
06
50982.2
06
29.5
83
3400–10400
6/11
53
53
1.8
41.2
5200
1,2
7,3
8,3
91
0SN
1998bu
1998-0
7-1
7.2
00
51011.2
00
58.4
93
3350–10400
6/11
54
54
5.0
62.5
660
1,1
51
0SN
1998bu
1999-0
1-1
0.3
78
51188.3
78
235.1
33
3350–10300
6/11
134
316
1.3
02
1800
1,4
2,5
70
SN
1998bu
1999-0
2-2
3.4
20
51232.4
20
279.0
53
3340–10550
6/11
38
36
1.2
01.7
51800
1,4
25
0SN
1998bu
1999-0
4-2
4.2
79
51292.2
79
338.7
33
3300–10520
6/11
45
43
1.2
82.7
51800
1,4
25
0SN
1998cd
1998-0
6-1
8.2
40
50982.2
40
···
33500–10400
6/11
67
67
1.7
41.2
51200
1,2
7,3
8,3
91
0SN
1998cl
1998-0
6-1
8.3
87
50982.3
87
···
33400–10400
6/11
86
85
1.6
41.2
5740
1,2
7,3
8,3
91
0SN
1998cm
1998-0
6-1
8.3
46
50982.3
46
···
33800–10400
6/11
50
51
2.7
51.2
51100
1,2
7,3
8,3
91
0SN
1998cs
1998-0
7-1
7.3
87
51011.3
87
···
33350–10400
6/11
70
70
1.6
42.5
2150
1,1
51
0SN
1998cs
1998-0
7-2
3.3
67
51017.3
67
···
33280–10200
6/11
72
71
1.5
81.5
1500
27,3
51
0SN
1998cs
1998-0
9-2
0.1
82
51076.1
82
···
34300–7050
375
75
1.4
11.5
1800
1,2
7,4
11
0SN
1998dhm
1998-0
8-2
3.5
21
51048.5
21
18.7
73
3300–10100
6/11
90
47
1.7
83
300
43
12
SN
1998dh
1998-0
8-3
1.2
87
51056.2
87
26.4
73
3396–10200
6/11
147
327
1.3
21.5
600
1,2
7,5
1−
6SN
1998dh
1998-0
9-2
1.2
60
51077.2
60
47.2
63
3300–10200
6/11
161
341
1.2
21.5
1800
1,2
7,4
11
6SN
1998dh
1998-1
0-1
5.2
18
51101.2
18
71.0
03
3300–10200
6/11
175
352
1.1
92.5
1500
1,2
71
5SN
1998de
1998-0
8-3
1.4
92
51056.4
92
29.4
93
3300–10200
6/11
59
60
1.1
01.5
1800
1,2
7,5
10
SN
1998de
1998-0
9-2
0.3
46
51076.3
46
49.0
23
3300–10400
6/11
90
333
1.0
21.5
1800
1,2
7,4
11
0SN
1998de
1998-1
0-1
5.2
94
51101.2
94
73.5
63
3320–10200
6/11
132
71.0
22.5
2700
1,2
71
0SN
1998dj
1998-0
8-3
1.4
66
51056.4
66
···
33300–10200
6/11
190
358
1.3
91.5
1500
1,2
7,5
10
SN
1998dkm
1998-0
8-2
4.5
18
51049.5
18
−7.2
43
3300–10100
6/11
90
37
1.5
63
600
43
10
SN
1998dk
1998-0
8-3
1.3
05
51056.3
05
−0.5
43
3300–10200
6/11
144
324
1.5
31.5
1200
1,2
7,5
10
SN
1998dk
1998-0
9-2
1.2
87
51077.2
87
20.1
73
3300–10200
6/11
161
337
1.3
41.5
1500
1,2
7,4
11
0SN
1998dk
1998-1
0-1
5.2
56
51101.2
56
43.8
33
3320–10200
6/11
171
353
1.2
82.5
2100
1,2
71
0SN
1998dm
m1998-0
8-2
4.5
06
51049.5
06
−12.4
83
3300–10100
6/11
90
15
1.4
23
900
43
12
SN
1998dm
1998-0
8-3
1.4
23
51056.4
23
−5.6
13
3300–10200
6/11
169
350
1.3
91.5
1200
1,2
7,5
15
SN
1998dm
1998-0
9-2
0.3
80
51076.3
80
14.2
23
3300–10300
6/11
174
353
1.3
81.5
600
1,2
7,4
11
5SN
1998dm
1998-1
0-1
5.3
35
51101.3
35
39.0
13
3300–10200
6/11
185
61.3
82.5
1800
1,2
71
6SN
1998dm
1998-1
1-2
5.2
88
51142.2
88
79.7
03
3330–10200
6/11
209
31
1.6
22.2
52700
1,5
10
SN
1998dw
1998-0
9-2
1.3
40
51077.3
40
···
33400–10200
6/11
162
346
1.7
11.5
1300
1,2
7,4
11
0SN
1998dx
1998-0
9-2
1.2
25
51077.2
25
5.1
33
3300–10200
6/11
90
90
1.2
61.5
1800
1,2
7,4
11
0SN
1998dx
1998-1
0-1
5.1
74
51101.1
74
27.8
43
3300–10200
6/11
86
85
1.3
52.5
2700
1,2
71
0SN
1998eb
1998-0
9-2
0.4
23
51076.4
23
···
33300–10300
6/11
77
249
1.3
51.5
1800
1,2
7,4
11
0SN
1998ec
1998-1
0-1
5.4
63
51101.4
63
11.8
63
3300–10200
6/11
250
252
1.1
12.5
1800
1,2
71
0SN
1998ef
1998-1
0-1
9.1
28
51105.1
28
−8.6
23
3200–10100
6/11
90
294
1.5
83
600
43,4
41
0SN
1998ef
1998-1
1-2
5.2
20
51142.2
20
27.8
33
3330–10200
6/11
215
54
1.0
12.2
51800
1,5
10
SN
1998ef
1999-0
1-1
0.1
81
51188.1
81
72.9
93
3350–10300
6/11
109
70
1.2
02
1800
1,4
2,5
70
SN
1998ef
1999-0
1-2
1.2
12
51199.2
12
83.8
25
5100–8800
7109
111
1.1
21.1
600
1,2
78
0SN
1998ef
1999-0
1-2
2.2
36
51200.2
36
84.8
35
3500–10950
4.5
/7
109
103
1.2
00.9
5200
1,2
78
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
6 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
1998eg
1998-1
1-2
5.1
66
51142.1
66
30.6
03
3330–10200
6/11
215
37
1.2
72.2
52550
1,5
10
SN
1998en
1998-1
1-2
5.3
41
51142.3
41
···
33340–10200
6/11
76
255
1.1
42.2
52700
1,5
10
SN
1998es
1998-1
1-2
5.2
52
51142.2
52
0.2
83
3330–10200
6/11
197
18
1.2
02.2
51800
1,5
15
SN
1998es
1999-0
1-1
0.2
21
51188.2
21
45.7
73
3350–10300
6/11
44
47
1.6
62
1800
1,4
2,5
75
SN
1998es
1999-0
1-1
8.2
06
51196.2
06
53.6
75
5420–9180
790
38
1.0
51.3
30
1,2
7,3
78
0SN
1998es
1999-0
1-2
2.0
00
51200.0
00
57.4
25
3500–10950
4.5
/7
65
66
1.2
90.9
5100
1,2
78
0SN
1998es
1999-0
2-1
2.1
35
51221.1
35
78.3
43
3300–10500
6/11
46
47
1.6
93
1800
1,2
7,4
25
0SN
1998es
1999-0
2-2
3.1
32
51232.1
32
89.2
23
3300–10550
6/11
50
50
2.0
71.7
51800
1,4
25
0SN
1998es
1999-0
3-1
2.1
33
51249.1
33
106.0
43
3700–10500
6/11
53
53
3.7
71.7
51800
1,4
2,5
50
SN
1998fc
1999-0
1-2
0.2
41
51198.2
41
···
55100–8850
751
11
1.0
52
1000
1,2
7,3
78
0SN
1999C
1999-0
1-2
0.6
64
51198.6
64
···
55120–8840
7126
123
1.9
52
700
1,2
7,3
78
0SN
1999X
1999-0
2-1
2.1
68
51221.1
68
15.7
63
3300–10500
6/11
107
286
1.2
93
1802
1,2
7,4
25
0SN
1999X
1999-0
2-2
3.2
78
51232.2
78
26.6
03
3340–10550
6/11
37
50
1.0
01.7
51800
1,4
25
0SN
1999aa
1999-0
2-1
2.2
58
51221.2
58
−10.5
83
3300–10500
6/11
183
354
1.0
53
1800
1,2
7,4
25
0SN
1999aa
1999-0
2-2
3.2
37
51232.2
37
0.2
43
3340–10550
6/11
155
336
1.0
51.7
5900
1,4
25
0SN
1999aa
1999-0
3-0
9.2
30
51246.2
30
14.0
45
3700–11000
4.5
/7
93
273
1.1
61
180
1,4
28
0SN
1999aa
1999-0
3-1
2.2
75
51249.2
75
17.0
43
3276–10500
6/11
185
46
1.1
01.7
51200
1,4
2,5
50
SN
1999aa
1999-0
4-2
4.1
85
51292.1
85
59.3
43
3300–10520
6/11
50
54
1.1
92.7
51800
1,4
25
0SN
1999aa
1999-1
1-0
9.6
29
51491.6
29
255.9
45
4200–9600
73
285
1.0
11
600
1,3
7,4
58
0SN
1999aa
1999-1
2-0
5.5
61
51517.5
61
281.5
15
4000–10000
73
285
1.0
11.8
5300
1,4
68
0SN
1999aq
1999-0
3-0
9.2
48
51246.2
48
···
53700–10000
4.5
/7
110
301
1.5
41
300
1,4
28
0SN
1999ac
1999-0
3-0
9.6
25
51246.6
25
−3.7
05
5050–8750
731
338
1.0
31
200
1,4
28
4SN
1999ac
1999-0
3-1
2.4
66
51249.4
66
−0.8
93
3276–10500
6/11
185
327
1.2
51.7
5900
1,4
2,5
52
SN
1999ac
1999-0
4-2
4.4
90
51292.4
90
41.7
33
3300–10520
6/11
213
36
1.2
72.7
51000
1,4
25
5SN
1999ac
1999-0
7-0
9.3
36
51368.3
36
116.8
73
3290–10550
6/11
48
48
1.6
42
1800
15
0SN
1999bh
1999-0
4-2
4.3
52
51292.3
52
···
33300–10520
6/11
100
98
1.3
52.7
51800
1,4
25
0SN
1999bv
1999-0
4-2
4.4
60
51292.4
60
···
33300–10520
6/11
177
182
1.0
82.7
51800
1,4
25
0SN
1999by
1999-1
1-0
9.6
45
51491.6
45
183.5
05
4000–9700
729
334
1.2
01
100
1,3
7,4
58
0SN
1999cl
1999-0
6-2
1.2
22
51350.2
22
7.9
03
5130–10530
11
50
50
1.3
82.5
1200
1,4
25
−6
SN
1999cl
1999-0
7-0
9.2
13
51368.2
13
25.7
63
3290–10550
6/11
54
54
1.6
82
500
15
6SN
1999cl
1999-0
7-1
8.2
01
51377.2
01
34.6
83
3360–10550
6/11
53
55
1.8
92.2
51200
1,3
9,5
55
SN
1999cl
1999-1
2-1
5.6
13
51527.6
13
183.9
55
5644–6935
3107
284
1.2
31
900
11
0SN
1999cp
1999-0
7-0
9.2
00
51368.2
00
4.9
13
3290–10550
6/11
27
28
1.5
42
600
15
6SN
1999cp
1999-0
7-1
8.2
26
51377.2
26
13.8
53
3360–10550
6/11
40
41
2.0
12.2
5900
1,3
9,5
56
SN
1999cw
1999-0
7-0
9.4
77
51368.4
77
14.7
93
3290–10550
6/11
153
333
1.5
52
1035
15
0SN
1999cw
1999-0
7-1
8.4
73
51377.4
73
23.6
83
3360–10550
6/11
160
340
1.4
62.2
51200
1,3
9,5
50
SN
1999cw
1999-0
9-1
7.3
28
51438.3
28
83.7
93
3300–10550
6/11
172
349
1.4
01.2
51500
1,4
2,4
55
0SN
1999cw
1999-1
0-0
8.3
69
51459.3
69
104.5
83
3290–10500
6/11
204
21
1.5
12.7
51800
1,4
75
0SN
1999cw
1999-1
1-0
5.2
10
51487.2
10
132.0
83
3380–10460
6/11
175
356
1.3
82
1800
1,2
7,4
75
0SN
1999da
1999-0
7-0
9.3
65
51368.3
65
−2.1
23
3290–10550
6/11
127
121
1.1
82
1200
15
0SN
1999da
1999-0
7-1
8.3
52
51377.3
52
6.7
63
3360–10550
6/11
115
114
1.2
12.2
51800
1,3
9,5
50
SN
1999da
1999-0
8-1
7.2
75
51407.2
75
36.3
03
3340–10550
6/11
114
112
1.2
32.5
1800
1,4
5,4
7,5
50
SN
1999da
1999-0
9-1
0.2
11
51431.2
11
59.9
43
3300–10500
6/11
114
112
1.2
32
1500
27,4
75
0SN
1999dam
1999-0
9-1
7.2
47
51438.2
47
66.8
93
3552–10174
6/11
77
92
1.4
21.2
51800
1,4
2,4
55
0SN
1999dg
1999-0
8-1
7.2
09
51407.2
09
15.0
83
3340–10550
6/11
45
53
1.6
52.5
1200
1,4
5,4
7,5
55
SN
1999dg
1999-0
9-1
0.1
74
51431.1
74
38.5
23
3396–10500
6/11
55
55
2.1
82
1800
27,4
75
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 7
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
1999dk
1999-0
8-1
7.3
76
51407.3
76
−6.6
03
3340–10550
6/11
132
309
1.3
92.5
600
1,4
5,4
7,5
50
SN
1999dk
1999-0
9-1
0.3
84
51431.3
84
17.0
63
3300–10500
6/11
154
335
1.1
12
1800
27,4
75
0SN
1999dk
1999-0
9-1
7.3
77
51438.3
77
23.9
53
3300–10550
6/11
166
342
1.1
01.2
51800
1,4
2,4
55
0SN
1999dk
1999-1
0-0
8.2
64
51459.2
64
44.5
33
3290–10500
6/11
137
314
1.2
22.7
51800
1,4
75
0SN
1999dk
1999-1
1-0
5.3
05
51487.3
05
72.1
63
3380–10460
6/11
200
24
1.1
12
1800
1,2
7,4
75
0SN
1999do
1999-0
9-1
0.2
77
51431.2
77
9.9
63
3300–10500
6/11
90
302
1.0
22
1800
27,4
75
0SN
1999dq
1999-0
9-1
0.5
25
51431.5
25
−3.9
33
3300–10500
6/11
220
42
1.0
92
900
27,4
75
5SN
1999dq
1999-0
9-1
7.5
21
51438.5
21
2.9
73
3300–10550
6/11
227
48
1.1
31.2
51200
1,4
2,4
55
5SN
1999dq
1999-1
0-0
8.3
37
51459.3
37
23.4
93
3290–10500
6/11
135
312
1.1
12.7
51800
1,4
75
5SN
1999dq
1999-1
1-0
5.2
71
51487.2
71
51.0
33
3380–10460
6/11
144
325
1.0
72
1800
1,2
7,4
75
0SN
1999ee
1999-1
1-0
5.1
52
51487.1
52
17.6
53
3380–10460
6/11
183
43.6
52
1202
1,2
7,4
75
0SN
1999ek
1999-1
1-0
5.5
63
51487.5
63
5.6
63
3564–10460
6/11
51
52
1.3
62
600
1,2
7,4
75
0SN
1999fz
1999-1
2-0
5.6
16
51517.6
16
···
54000–10000
767
301
2.2
71.8
5300
1,4
68
0SN
1999gd
1999-1
2-0
5.5
80
51517.5
80
−1.1
25
4000–10000
723
341
1.0
11.8
5100
1,4
68
0SN
1999gf
1999-1
2-0
5.5
98
51517.5
98
···
54000–10000
7138
319
1.1
31.8
5200
1,4
68
0SN
1999gh
1999-1
2-0
5.6
06
51517.6
06
4.1
25
4000–10000
7165
346
1.3
51.8
5120
1,4
68
0SN
1999gh
1999-1
2-1
7.4
63
51529.4
63
15.8
93
3360–10250
6/11
165
344
2.0
23.5
800
27,4
5,4
74
0SN
1999gh
1999-1
2-1
7.5
43
51529.5
43
15.9
73
4240–6858
5183
358
2.0
03.5
7500
27,4
5,4
74
0SN
1999gh
2000-0
3-2
9.3
31
51632.3
31
117.9
73
3300–10500
6/11
210
28
2.7
72.5
2400
47,5
50
SN
1999gm
1999-1
2-1
7.4
19
51529.4
19
···
33360–10250
6/11
164
347
1.4
73.5
900
27,4
5,4
74
0SN
2000J
2000-0
3-1
5.5
37
51618.5
37
···
33300–10500
6/11
149
66
1.2
53
1000
1,4
55
0SN
2000al
2000-0
3-1
5.4
78
51618.4
78
···
33300–10500
6/11
31
33
1.4
83
2400
1,4
55
0SN
2000Q
2000-0
3-1
5.5
14
51618.5
14
···
33300–10500
6/11
183
183
1.1
83
1200
1,4
55
0SN
2000Q
2000-0
3-2
9.5
27
51632.5
27
···
33300–10500
6/11
71
155
1.2
02.5
1500
47,5
50
SN
2000bk
2000-0
4-2
7.3
93
51661.3
93
14.8
43
3300–10350
6/11
40
42
2.2
92
1200
1,2
75
0SN
2000ce
2000-0
5-3
1.2
08
51695.2
08
27.0
53
3290–10450
6/11
80
79
1.6
83.5
940
1,4
55
0SN
2000cn
2000-0
6-2
7.4
01
51722.4
01
14.2
53
3290–10400
6/11
61
63
1.1
42
1800
1,4
55
6SN
2000cn
2000-0
7-0
6.4
55
51731.4
55
23.0
93
3300–10400
6/11
63
63
1.5
73.5
1200
1,3
9,4
75
5SN
2000cp
2000-0
6-2
7.3
22
51722.3
22
2.9
23
3290–10400
6/11
47
50
1.2
32
2400
1,4
55
6SN
2000cp
2000-0
7-0
6.3
96
51731.3
96
11.7
03
3300–10400
6/11
56
57
2.1
03.5
1500
1,3
9,4
75
−6
SN
2000cv
2000-0
7-2
8.2
28
51753.2
28
···
33300–10450
6/11
83
75
1.7
51.5
900
1,4
75
0SN
2000cu
2000-0
7-2
8.3
37
51753.3
37
9.6
53
3300–10450
6/11
192
15
2.3
71.5
900
1,4
75
5SN
2000cu
2000-0
8-2
7.2
27
51783.2
27
38.9
63
3300–10450
6/11
176
82.2
61.7
51800
1,4
25
2SN
2000cw
2000-0
7-2
8.3
56
51753.3
56
4.8
13
3300–10450
6/11
115
295
1.2
41.5
900
1,4
75
5SN
2000cw
2000-0
9-2
6.3
22
51813.3
22
63.0
23
3300–10400
6/11
159
30
1.0
22
1800
1,4
2,4
7,4
85
−4
SN
2000cx
m2000-0
7-2
3.0
00
51748.0
00
−4.4
62
3832–7400
70
···
2.0
0···
3600
49
50
SN
2000cx
2000-0
7-2
8.3
96
51753.3
96
0.8
93
3300–10450
6/11
130
309
1.7
61.5
200
1,4
75
0SN
2000cx
m2000-0
8-0
1.0
00
51757.0
00
4.4
63
3350–10700
6/11
···
···
1.1
0···
600
50
50
SN
2000cx
m2000-0
8-0
2.0
00
51758.0
00
5.4
63
3350–10700
6/11
···
···
1.1
0···
600
50
50
SN
2000cx
m2000-0
8-0
3.0
00
51759.0
00
6.4
52
3950–7450
70
···
2.1
0···
3600
49
50
SN
2000cx
m2000-0
8-0
5.0
00
51761.0
00
8.4
32
3950–7450
70
···
2.1
0···
3600
49
50
SN
2000cx
m2000-0
8-0
7.0
00
51763.0
00
10.4
22
3950–7450
70
···
2.1
0···
3600
49
50
SN
2000cx
m2000-0
8-1
0.0
00
51766.0
00
13.3
92
3950–7450
70
···
2.2
0···
3600
49
50
SN
2000cx
m2000-0
8-1
5.0
00
51771.0
00
18.3
52
3950–7450
70
···
2.0
0···
3600
49
50
SN
2000cx
m2000-0
8-1
8.0
00
51774.0
00
21.3
32
3950–7450
70
···
2.2
0···
3600
49
50
SN
2000cx
m2000-0
8-2
0.0
00
51776.0
00
23.3
22
3950–7450
70
···
1.9
0···
3600
49
50
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
8 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2000cx
m2000-0
8-2
2.0
00
51778.0
00
25.3
02
3950–7450
70
···
2.1
0···
3600
49
50
SN
2000cx
m2000-0
8-2
4.0
00
51780.0
00
27.2
82
3950–7450
70
···
1.8
0···
3600
49
50
SN
2000cx
m2000-0
8-2
6.0
00
51782.0
00
29.2
72
3950–7450
70
···
1.7
02
3600
49
50
SN
2000cx
2000-0
8-2
7.4
31
51783.4
31
30.6
93
3300–10450
6/11
160
342
1.1
51.7
5450
1,4
25
0SN
2000cx
2000-0
9-0
6.4
24
51793.4
24
40.6
03
3300–10450
6/11
174
355
1.1
33
700
1,4
2,4
75
0SN
2000cx
2000-0
9-2
6.3
89
51813.3
89
60.4
13
3300–10400
6/11
185
91.1
32
1200
1,4
2,4
7,4
85
0SN
2000cx
2000-1
0-0
6.3
59
51823.3
59
70.3
03
3300–10400
6/11
184
91.1
31.7
51800
1,4
75
0SN
2000cx
2000-1
0-2
4.3
31
51841.3
31
88.1
33
3300–10400
6/11
197
21
1.1
61.5
1800
1,4
75
0SN
2000cx
2000-1
1-0
1.3
36
51849.3
36
96.0
73
3300–10400
5.1
6/10.3
734
33
1.2
22.4
71800
1,4
25
0SN
2000cx
2000-1
1-2
9.2
09
51877.2
09
123.7
33
3300–10500
6/11
186
61.1
33.5
1800
1,4
75
0SN
2000cx
2000-1
2-2
1.1
73
51899.1
73
145.5
23
3300–10500
6/11
23
91.1
71.7
52700
1,3
9,4
75
0SN
2000cx
2001-1
0-2
2.2
70
52204.2
70
448.2
26
3930–10198
0.5
/0.5
199
288
1.6
00.7
01800
1,4
75
0SN
2000dd
2000-0
8-2
7.2
56
51783.2
56
···
33300–10450
6/11
180
12.0
21.7
51800
1,4
25
0SN
2000df
2000-0
8-2
6.2
25
51782.2
25
···
33290–10450
6/11
48
49
1.8
32
1000
27,4
25
0SN
2000dg
2000-0
8-2
7.3
09
51783.3
09
−5.0
93
3300–10450
6/11
137
319
1.3
31.7
51500
1,4
25
0SN
2000dg
2000-0
9-0
6.4
38
51793.4
38
4.6
63
3300–10450
6/11
210
34
1.2
43
2100
1,4
2,4
75
0SN
2000dk
2000-0
9-2
6.4
79
51813.4
79
1.0
03
3300–10400
6/11
70
70
1.2
02
600
1,4
2,4
7,4
85
6SN
2000dk
2000-1
0-0
6.4
87
51823.4
87
10.8
43
3300–10400
6/11
68
68
1.3
91.7
5900
1,4
75
6SN
2000dk
2000-1
0-2
4.3
61
51841.3
61
28.4
13
3300–10400
6/11
244
70
1.0
81.5
1200
1,4
75
4SN
2000dk
2000-1
1-0
1.4
18
51849.4
18
36.3
23
3300–10400
7.4
3/9.5
366
67
1.4
42.3
11800
1,4
29
0SN
2000dm
2000-0
9-2
6.2
44
51813.2
44
−1.6
33
3300–10400
6/11
55
56
1.7
82
1200
1,4
2,4
7,4
85
5SN
2000dm
2000-1
0-0
6.2
06
51823.2
06
8.1
83
3300–10400
6/11
55
55
1.6
71.7
51500
1,4
75
5SN
2000dm
2000-1
0-2
4.1
69
51841.1
69
25.8
83
3300–10400
6/11
235
56
1.8
61.5
1800
1,4
75
6SN
2000dm
2000-1
1-0
1.1
66
51849.1
66
33.7
63
3260–10400
6/11
55
56
1.9
92.2
52400
1,4
29
5SN
2000dn
2000-1
0-0
6.3
27
51823.3
27
−0.9
43
3300–10400
6/11
201
29
1.4
81.7
5900
1,4
75
6SN
2000dn
2000-1
0-2
4.2
05
51841.2
05
16.3
83
3300–10400
6/11
180
31.3
21.5
1800
1,4
75
0SN
2000dp
2000-1
0-0
6.4
60
51823.4
60
···
33300–7790
6/5
201
19
1.7
41.7
51800
1,4
75
0SN
2000dp
2000-1
0-2
4.3
88
51841.3
88
···
33300–10400
6/11
188
10
1.6
51.5
1200
1,4
75
0SN
2000dr
2000-1
0-2
4.3
06
51841.3
06
6.7
83
3300–10400
6/11
186
81.6
81.5
1200
1,4
75
0SN
2000dx
2000-1
1-0
1.2
55
51849.2
55
−9.2
63
3300–10400
4.5
5/10.6
8148
332
1.2
54.9
91500
1,4
29
0SN
2000ej
2000-1
1-2
9.1
26
51877.1
26
···
33300–10450
6/11
180
35
1.6
83.5
1800
1,4
75
0SN
2000ey
2000-1
1-2
9.1
57
51877.1
57
7.9
03
3300–10450
6/11
177
29
1.2
13.5
1200
1,4
75
0SN
2000ey
2000-1
2-2
1.0
00
51899.0
00
29.3
03
3260–10520
4.8
0/11.1
1152
25
1.2
32.4
21200
1,3
9,4
75
0SN
2000ey
2001-0
1-2
3.1
21
51932.1
21
61.7
63
3300–10600
6/11
152
50
2.0
32.5
1200
1,4
75
0SN
2000fa
2000-1
2-0
5.5
66
51883.5
66
−8.2
53
3300–10450
6/11
240
60
1.4
31.7
51500
1,4
75
5SN
2000fa
2000-1
2-2
1.0
00
51899.0
00
6.8
63
3260–10510
4.8
8/10.4
259
59
1.3
02.6
11200
1,3
9,4
75
5SN
2000fo
2001-0
1-2
3.1
46
51932.1
46
···
33300–10600
6/11
52
60
2.0
62.5
1800
1,4
75
0SN
2001A
2001-0
2-0
1.0
00
51941.0
00
···
33260–10600
5.1
3/10.4
9200
30
1.2
61.1
51800
1,3
9,4
75
0SN
2001C
2001-0
1-2
3.2
96
51932.2
96
···
33300–10600
6/11
174
168
1.0
82.5
1500
1,4
75
0SN
2001C
2001-0
2-0
1.0
00
51941.0
00
···
33260–10600
5.0
0/10.2
6167
156
1.0
92.4
1900
1,3
9,4
75
0SN
2001E
2001-0
2-0
1.0
00
51941.0
00
15.0
13
3260–10600
5.0
8/9.6
4215
36
2.0
02.8
5900
1,3
9,4
75
0SN
2001G
2001-0
2-0
1.0
00
51941.0
00
11.5
73
3260–10600
4.9
1/10.6
5145
220
1.0
42.3
31200
1,3
9,4
75
0SN
2001L
2001-0
2-0
1.0
00
51941.0
00
21.5
73
3260–10600
5.2
0/9.7
1220
41
2.2
72.4
2500
1,3
9,4
75
0SN
2001N
2001-0
2-0
1.0
00
51941.0
00
13.0
53
3260–10600
5.0
7/11.0
5146
58
1.1
94.7
01200
1,3
9,4
75
0SN
2001P
2001-0
2-0
1.0
00
51941.0
00
···
33260–10600
5.0
8/10.4
3145
327
1.0
71.7
01800
1,3
9,4
75
0SN
2001U
2001-0
3-2
9.4
50
51997.4
50
···
54350–6870
3150
328
1.2
11.5
500
1,1
53
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 9
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2001V
2001-0
3-2
1.3
68
51989.3
68
15.8
63
3300–10400
6/11
36
38
1.0
42
900
1,3
9,4
75
0SN
2001V
2001-0
3-2
9.3
63
51997.3
63
23.7
45
4350–6870
3160
264
1.0
41.5
4800
1,1
53
0SN
2001V
2001-0
3-3
0.2
82
51998.2
82
24.6
43
3300–10500
6/11
147
328
1.0
32
900
39,4
75
0SN
2001V
2001-0
4-1
6.4
27
52015.4
27
41.5
35
4350–6870
3160
108
1.0
81.7
54000
1,2
73
0SN
2001V
2001-0
4-3
0.0
00
52029.0
00
54.9
13
3258–10600
5.0
7/10.3
754
56
1.1
22.2
21200
39,4
75
0SN
2001V
2001-0
5-1
6.3
81
52045.3
81
71.0
43
3300–10450
6/11
239
59
2.1
94
1800
1,4
75
0SN
2001ay
2001-0
4-3
0.0
00
52029.0
00
6.7
93
3260–10600
4.9
1/10.1
9182
34
1.0
34.6
61500
39,4
75
0SN
2001ay
2001-0
5-1
6.4
11
52045.4
11
22.7
23
3382–10206
6/11
242
62
1.3
44
1800
1,4
75
0SN
2001az
2001-0
4-3
0.0
00
52029.0
00
−3.2
43
3260–10600
4.9
1/10.9
8185
168
1.2
83.0
41200
39,4
75
0SN
2001ba
2001-0
4-3
0.0
00
52029.0
00
−4.6
43
3260–10600
5.3
8/10.1
8181
52.8
82.2
41200
39,4
75
0SN
2001bf
2001-0
5-1
6.4
39
52045.4
39
1.2
23
3300–10450
6/11
147
81.0
24
900
1,4
75
5SN
2001bf
2001-0
7-2
7.3
72
52117.3
72
72.0
63
3300–10400
6/11
62
62
1.3
71.5
1200
1,4
75
6SN
2001bg
2001-0
5-2
5.0
00
52054.0
00
13.7
03
3300–10500
5.0
0/10.7
663
63
1.6
22.1
0900
27,4
75
6SN
2001bg
2001-0
5-3
0.2
47
52059.2
47
18.9
16
3930–10199
0.5
/0.5
90
88
1.5
00.7
0150
1,4
75
6SN
2001br
2001-0
5-2
5.2
45
52054.2
45
3.4
73
3414–7850
4.9
7/5.5
9115
293
1.6
22.8
8900
27,4
75
6SN
2001br
2001-0
5-2
5.2
56
52054.2
56
3.4
83
3334–10154
5.0
0/9.8
0115
293
1.6
23.0
6300
27,4
75
6SN
2001bp
2001-0
5-1
6.4
63
52045.4
63
0.5
13
3300–10450
6/11
150
76
1.1
94
1200
1,4
75
0SN
2001bp
2001-0
5-2
9.4
09
52058.4
09
12.3
46
3930–10199
0.5
/0.5
240
194
1.0
50.8
0400
1,4
75
0SN
2001bs
2001-0
5-2
9.4
00
52058.4
00
···
63930–10200
0.5
/0.5
276
181
1.4
90.8
0300
1,4
75
0SN
2001cg
2001-0
5-2
9.3
93
52058.3
93
···
63930–10200
0.5
/0.5
183
94
1.2
30.8
0300
1,4
75
0SN
2001cj
2001-0
6-2
9.2
96
52089.2
96
23.1
43
3300–10400
6/11
246
65
1.6
32
1000
39,4
7,5
15
0SN
2001ck
2001-0
6-2
9.3
57
52089.3
57
16.3
93
3300–10400
6/11
244
64
1.7
12
700
39,4
7,5
15
−5
SN
2001ck
2001-0
7-1
6.3
05
52106.3
05
32.7
73
3300–10400
6/11
64
64
1.6
92.5
1400
39,4
75
6SN
2001cp
2001-0
6-2
9.4
22
52089.4
22
1.3
93
3300–10400
6/11
228
48
1.8
02
800
39,4
7,5
15
0SN
2001cp
2001-0
7-1
6.4
06
52106.4
06
18.0
03
3300–10400
6/11
49
51
2.4
12.5
1200
39,4
75
0SN
2001cp
2001-0
7-2
7.2
58
52117.2
58
28.6
23
3300–10400
6/11
50
28
1.2
51.5
1200
1,4
75
0SN
2001da
2001-0
7-1
6.4
58
52106.4
58
−1.1
23
3300–10400
6/11
151
332
1.2
02.5
900
39,4
75
6SN
2001da
2001-0
7-2
7.4
86
52117.4
86
9.7
23
3300–10400
6/11
181
31.1
51.5
900
1,4
75
6SN
2001de
2001-0
7-2
7.4
46
52117.4
46
···
33300–10400
6/11
149
152
1.0
31.5
1500
1,4
75
0SN
2001dd
2001-0
7-1
6.4
35
52106.4
35
···
33300–10400
6/11
25
28
1.3
92.5
1200
39,4
75
0SN
2001dl
2001-0
8-2
3.4
27
52144.4
27
13.8
43
3300–10400
6/11
47
48
1.5
51.7
5900
39,4
75
5SN
2001dl
2001-0
9-1
2.2
12
52164.2
12
33.2
23
3300–10400
6/11
158
341
1.1
62
1200
1,4
2,4
79
5SN
2001dm
2001-0
8-2
3.4
68
52144.4
68
···
33412–10104
6/11
171
352
2.6
21.7
5600
39,4
75
0SN
2001dn
2001-0
9-1
2.3
77
52164.3
77
···
33300–10400
6/11
146
274
1.0
32
900
1,4
2,4
79
0SN
2001ds
2001-0
8-2
3.4
88
52144.4
88
···
33442–10240
6/11
99
281
1.0
01.7
51200
39,4
75
0SN
2001ei
2001-0
9-2
0.3
48
52172.3
48
···
33300–10400
6/11
63
34
1.0
31.7
51800
1,4
79
0SN
2001ei
2001-1
0-2
3.3
05
52205.3
05
···
63930–10199
0.5
/0.5
280
241
1.0
30.9
0600
1,4
75
0SN
2001dt
2001-0
9-1
2.3
06
52164.3
06
13.6
03
3300–10400
6/11
26
204
1.0
32
1800
1,4
2,4
79
0SN
2001dw
2001-0
9-1
2.4
46
52164.4
46
11.0
63
3300–10400
6/11
157
338
1.1
32
900
1,4
2,4
79
0SN
2001eg
2001-0
9-1
2.5
13
52164.5
13
···
33300–10400
6/11
86
262
1.3
22
1800
1,4
2,4
79
0SN
2001ec
2001-0
9-1
2.4
13
52164.4
13
···
33300–10400
6/11
120
306
1.0
22
1800
1,4
2,4
79
0SN
2001ed
2001-0
9-2
0.4
18
52172.4
18
···
33300–10400
6/11
183
41.1
71.7
51000
1,4
79
0SN
2001eh
2001-0
9-1
1.2
63
52163.2
63
−5.6
33
3300–10400
6/11
107
285
1.4
32.5
600
1,4
2,4
79
0SN
2001eh
2001-0
9-1
2.3
99
52164.3
99
−4.5
33
3300–10400
6/11
146
243
1.0
12
600
1,4
2,4
79
0SN
2001eh
2001-0
9-2
0.4
78
52172.4
78
3.2
63
3300–10400
6/11
94
92
1.0
81.7
51200
1,4
79
0SN
2001eh
2001-1
0-2
0.3
67
52202.3
67
32.0
83
3300–10400
5.0
7/10.4
1180
102
1.0
31.5
91200
1,4
79
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
10 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2001eh
2001-1
0-2
5.1
73
52207.1
73
36.7
13
3280–10400
6/11
99
278
1.2
21.7
52100
42,4
75
0SN
2001eh
2001-1
1-1
8.2
17
52231.2
17
59.9
06
3930–10199
0.5
/0.5
346
285
1.4
00.9
0600
1,4
75
0SN
2001eu
2001-1
0-2
2.3
42
52204.3
42
···
63930–10199
0.5
/0.5
145
299
1.4
60.7
0900
1,4
75
0SN
2001en
2001-1
0-2
0.4
53
52202.4
53
10.0
93
3300–10400
5.3
5/10.2
6251
70
1.3
12.1
5600
1,4
79
5SN
2001en
2001-1
0-2
5.1
52
52207.1
52
14.7
23
3280–10400
6/11
110
290
1.3
51.7
5900
42,4
75
5SN
2001en
2001-1
1-1
5.4
06
52228.4
06
35.6
43
3280–10400
6/11
69
68
1.4
82.7
5900
1,4
75
0SN
2001ep
2001-1
0-2
0.4
70
52202.4
70
2.8
33
3300–10400
5.3
1/10.6
1182
41.3
52.0
2600
1,4
79
6SN
2001ep
2001-1
0-2
2.6
54
52204.6
54
4.9
96
3930–10199
0.5
/0.5
143
54
1.3
70.7
0210
1,4
75
3SN
2001ep
2001-1
0-2
3.6
52
52205.6
52
5.9
76
3930–10199
0.5
/0.5
143
54
1.3
70.9
0300
1,4
75
3SN
2001ep
2001-1
0-2
5.5
56
52207.5
56
7.8
53
3280–10400
6/11
46
34
1.8
01.7
5900
42,4
75
3SN
2001ep
2001-1
1-1
5.4
28
52228.4
28
28.4
63
3280–10400
6/11
195
17
1.3
92.7
5900
1,4
75
0SN
2001ep
2002-0
1-1
4.0
00
52288.0
00
87.2
63
3268–10570
4.9
9/10.1
225
26
1.4
83.6
82700
42,4
75
−6
SN
2001ep
2002-0
2-1
1.0
00
52316.0
00
114.9
13
3300–10400
6/11
219
37
1.7
52.2
2700
1,4
79
0SN
2001er
2001-1
0-2
0.5
23
52202.5
23
···
33300–10400
5.5
1/10.0
4100
279
1.2
71.5
1200
1,4
79
0SN
2001es
2001-1
0-2
0.2
72
52202.2
72
···
33300–10400
5.2
7/10.4
4161
317
1.1
24.3
31200
1,4
79
0SN
2001es
2001-1
0-2
3.3
13
52205.3
13
···
63930–10199
0.5
/0.5
250
278
1.3
00.9
0300
1,4
75
0SN
2001ew
2001-1
0-2
0.3
01
52202.3
01
···
33300–10400
5.2
0/10.0
884
268
1.0
91.5
1200
1,4
79
0SN
2001fg
2001-1
1-1
8.2
51
52231.2
51
···
63930–10199
0.5
/0.5
232
56
1.2
90.9
0400
1,4
75
0SN
2001ex
2001-1
0-2
0.4
29
52202.4
29
−1.8
23
3300–10400
4.9
5/10.0
0271
253
1.1
81.5
1200
1,4
79
3SN
2001fe
2001-1
1-1
5.4
44
52228.4
44
−0.9
93
3280–10400
6/11
119
298
1.3
92.7
5600
1,4
75
0SN
2001fh
2001-1
1-1
6.2
54
52229.2
54
5.9
33
3300–10400
6/11
253
73
1.5
51.7
51200
1,4
75
6SN
2001fh
2001-1
1-1
8.1
96
52231.1
96
7.8
46
3930–10199
0.5
/0.5
65
156
1.1
20.9
0300
1,4
75
2SN
2001fu
2001-1
1-1
6.5
10
52229.5
10
···
33300–10400
6/11
165
347
1.8
11.7
5900
1,4
75
0SN
2001gc
2002-0
1-1
4.0
00
52288.0
00
43.2
73
3300–10400
5.1
2/10.4
0108
107
1.1
44.8
11500
42,4
75
0SN
2001ic
2001-1
2-1
1.2
98
52254.2
98
10.2
43
3668–10400
6/11
54
53
4.4
24
700
1,4
79
0SN
2001ic
2001-1
2-2
3.2
05
52266.2
05
21.6
45
3548–10300
4.5
/7
58
59
1.1
01
200
1,4
75
0SN
2001ib
2001-1
2-1
1.2
77
52254.2
77
···
33300–10400
6/11
62
61
2.4
14
790
1,4
79
0SN
2001ib
2002-0
1-1
4.0
00
52288.0
00
···
33268–10570
5.0
1/10.5
772
73
1.3
52.1
31500
42,4
75
0SN
2001iq
2001-1
2-2
3.2
00
52266.2
00
···
53384–10300
4.5
/7
120
120
1.2
31
200
1,4
75
0SN
2001iq
2002-0
1-1
4.0
00
52288.0
00
···
33268–10570
4.9
7/10.1
866
65
2.0
12.2
81600
42,4
75
0SN
2002G
2002-0
2-1
1.5
63
52316.5
63
19.3
13
3300–10400
5.1
9/10.0
8140
74
1.1
03.3
61800
1,4
79
0SN
2002ar
2002-0
2-1
1.4
20
52316.4
20
···
33300–10400
5.2
1/10.6
898
357
1.0
42.2
1200
1,4
79
0SN
2002av
2002-0
2-1
1.2
20
52316.2
20
···
33300–10400
5.4
0/10.6
2187
92.1
22.4
11500
1,4
79
0SN
2002av
2002-0
2-1
4.3
35
52319.3
35
···
53400–6400
922
23
1.4
82.5
400
1,1
54
0SN
2002av
2002-0
2-1
4.3
35
52319.3
35
···
57000–10100
722
23
1.4
82.5
400
1,1
54
0SN
2002bk
2002-0
3-0
7.3
82
52340.3
82
···
53900–8800
722
23
1.1
81.7
5600
1,2
7,3
64
0SN
2002aw
2002-0
2-2
1.5
58
52326.5
58
2.1
03
3300–10400
5.0
9/10.4
8136
261
1.0
31.8
6900
42,4
79
6SN
2002aw
2002-0
3-0
7.6
55
52340.6
55
15.8
45
3900–8800
7260
351
1.0
71.7
5200
1,2
7,3
64
6SN
2002bf
2002-0
3-0
7.4
02
52340.4
02
2.9
75
3900–8800
798
179
1.2
41.7
5300
1,2
7,3
64
0SN
2002bfm
2002-0
3-1
1.4
28
52344.4
28
6.9
03
3300–10400
5.1
6/10.2
398
98
1.2
72.9
31161
42,4
79
−6
SN
2002bg
2002-0
3-0
7.5
89
52340.5
89
···
53900–8800
790
339
1.0
11.7
5300
1,2
7,3
64
0SN
2002bi
2002-0
3-0
7.5
80
52340.5
80
···
53900–8800
790
54
1.0
61.7
5300
1,2
7,3
64
0SN
2002bp
2002-0
4-0
8.4
16
52372.4
16
···
33398–10360
5.0
7/9.9
358
58
1.6
61.9
51800
42,4
79
0SN
2002bo
2002-0
3-1
1.2
60
52344.2
60
−11.9
43
3300–10400
5.3
5/10.4
6141
333
1.0
54.8
31800
42,4
79
6SN
2002bo
2002-0
3-2
2.1
67
52355.1
67
−1.0
83
3300–10400
6/11
126
305
1.2
03
900
42,4
79
6SN
2002bo
2002-0
4-0
8.3
11
52372.3
11
15.9
93
3300–10400
5.1
6/10.4
355
55
1.2
12.5
81800
42,4
79
6
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 11
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2002bo
2002-0
4-2
0.3
08
52384.3
08
27.9
43
3300–10400
4.7
6/11.1
4238
58
1.3
32.5
7900
42,4
79
0SN
2002bo
2002-0
5-0
7.2
69
52401.2
69
44.8
33
3300–10400
6/11
58
58
1.4
04.7
51500
42,4
79
6SN
2002bo
2002-0
5-1
9.1
91
52413.1
91
56.7
03
3300–10400
6/11
123
54
1.1
91.7
51800
42,4
79
3SN
2002bo
2002-0
6-0
8.2
09
52433.2
09
76.6
33
3188–10400
6/11
123
59
1.6
43.7
51500
1,4
7,5
29
−3
SN
2002bo
2002-1
1-0
6.6
57
52584.6
57
227.4
46
3950–10199
0.5
/0.5
2271
1.1
20.7
5240
1,4
7,5
35
0SN
2002bs
2002-0
4-0
8.3
41
52372.3
41
···
33300–10400
4.9
7/9.9
4179
359
1.6
23.6
4600
42,4
79
0SN
2002bz
2002-0
4-0
8.4
84
52372.4
84
4.9
23
3300–10400
4.9
6/10.6
161
62
1.1
94.9
71800
42,4
79
0SN
2002cc
2002-0
4-2
0.2
38
52384.2
38
···
33300–10400
6/10.9
7167
99
1.2
61.3
32400
42,4
79
0SN
2002cd
2002-0
4-2
0.5
10
52384.5
10
1.1
03
3300–10400
6/10.8
3242
241
1.1
62.9
3900
42,4
79
6SN
2002cd
2002-0
5-0
7.4
74
52401.4
74
17.8
93
3300–10400
6/11
236
234
1.1
34.7
51500
42,4
79
6SN
2002cd
2002-0
6-1
7.3
99
52442.3
99
58.4
03
3232–10400
6/11
38
213
1.0
91.7
5900
1,4
7,5
29
0SN
2002cf
2002-0
4-2
0.3
35
52384.3
35
−0.7
53
3300–10400
6/11
193
12
1.4
41.7
51200
42,4
79
5SN
2002cf
2002-0
5-0
7.2
95
52401.2
95
15.9
53
3300–10400
6/11
200
21
1.4
94.7
51800
42,4
79
6SN
2002ci
2002-0
4-2
0.4
56
52384.4
56
···
33300–10400
5.2
2/10.8
5222
50
1.0
21.7
51200
42,4
79
0SN
2002ck
2002-0
5-0
7.4
53
52401.4
53
3.6
43
3300–10400
6/11
214
35
1.5
14.7
51200
42,4
79
0SN
2002cr
2002-0
5-0
7.3
54
52401.3
54
−6.7
83
3300–10400
6/11
202
23
1.4
74.7
5900
42,4
79
6SN
2002cr
2002-0
6-0
8.3
31
52433.3
31
24.8
93
3170–10400
6/11
222
40
1.9
43.7
5600
1,4
7,5
29
5SN
2002cr
2002-0
6-1
7.2
09
52442.2
09
33.6
93
3124–10400
6/11
190
10
1.3
81.7
5600
1,4
7,5
29
0SN
2002cr
2002-0
7-1
1.2
11
52466.2
11
57.4
73
3200–10400
7.1
3/11.1
633
33
1.6
52.8
1900
1,4
7,5
2,5
49
5SN
2002cr
2002-0
8-0
9.0
00
52495.0
00
85.9
83
3200–10400
6/11
45
46
2.4
91.5
1800
1,5
1,5
2,5
59
0SN
2002cs
2002-0
5-0
7.3
72
52401.3
72
−7.7
63
3300–10400
6/11
271
270
1.1
84.7
51500
42,4
79
0SN
2002cs
2002-0
6-0
8.3
89
52433.3
89
23.7
63
3192–10400
6/11
92
207
1.0
13.7
5600
1,4
7,5
29
5SN
2002cs
2002-0
6-1
7.3
71
52442.3
71
32.6
13
3186–10400
6/11
91
196
1.0
11.7
5600
1,4
7,5
29
6SN
2002cs
2002-0
7-1
1.3
25
52466.3
25
56.1
93
3300–10400
7.1
0/10.4
5114
156
1.0
11.8
9900
1,4
7,5
2,5
49
5SN
2002cs
m2002-0
8-1
0.2
51
52496.2
51
85.6
53
3200–10400
6.5
5/10.1
992
144
1.0
24.2
7900
1,5
1,5
2,5
59
6SN
2002cs
2002-0
9-1
3.1
71
52530.1
71
119.0
43
3188–10400
6.8
0/10.6
6138
124
1.0
33.4
21800
52,5
3,5
59
0SN
2002cs
2002-1
0-0
8.0
00
52555.0
00
143.4
95
3061–9420
7.3
5/7.8
0152
152
1.1
30.9
6400
1,4
75
0SN
2002cs
2002-1
1-0
6.2
10
52584.2
10
172.2
46
3950–10199
0.5
/0.5
201
111
1.3
60.7
5900
1,4
7,5
35
0SN
2002cu
2002-0
5-1
7.0
00
52411.0
00
−5.2
87
4899–8248
692
52
···
···
···
56,5
79
0SN
2002cu
2002-0
6-0
8.4
06
52433.4
06
16.6
23
3100–10400
6/11
92
52
1.0
23.7
51200
1,4
7,5
29
0SN
2002cx
2002-0
6-1
0.0
00
52435.0
00
19.7
86
4001–10299
0.5
/0.5
···
···
1.0
3···
1200
58,9
55
SN
2002cx
2002-0
6-1
5.2
64
52440.2
64
24.9
25
3163–9340
6.5
/7
20
26
1.0
3···
900
59,6
05
−6
SN
2002cx
2002-0
6-1
6.2
88
52441.2
88
25.9
25
3040–5800
6.5
48
49
1.0
6···
900
24
50
SN
2002cx
2002-0
6-1
7.2
99
52442.2
99
26.9
05
5470–9230
751
55
1.0
8···
600
24
50
SN
2002cx
2002-0
7-1
6.2
80
52471.2
80
55.2
15
4300–9260
770
68
1.3
3···
1200
61,6
25
0SN
2002cx
2003-0
1-0
7.6
49
52646.6
49
226.4
75
3301–9430
4.5
/7
153
309
1.0
51.2
1800
1,4
75
0SN
2002cx
2003-0
2-2
8.6
14
52698.6
14
277.2
25
3161–9420
6.5
/7
240
60
1.1
30.8
02200
1,4
75
0SN
2002cx
2003-0
2-2
8.6
41
52698.6
41
277.2
55
6260–7540
3240
60
1.2
40.8
02200
1,4
75
0SN
2002cv
2002-0
5-1
9.1
91
52413.1
91
−1.4
03
3300–10400
6/11
123
54
1.1
91.7
51800
42,4
79
0SN
2002cv
2002-0
6-0
8.2
09
52433.2
09
18.5
33
3332–10400
6/11
123
59
1.6
43.7
51500
1,4
7,5
29
0SN
2002db
2002-0
6-0
8.3
46
52433.3
46
9.2
13
3160–10400
6/11
137
94
1.1
93.7
51200
1,4
7,5
29
0SN
2002de
2002-0
6-0
8.3
74
52433.3
74
−0.3
23
3176–10400
6/11
104
78
1.0
73.7
51200
1,4
7,5
29
6SN
2002de
2002-0
6-1
7.3
04
52442.3
04
8.3
73
3322–9868
6/11
104
77
1.0
11.7
51200
1,4
7,5
29
5SN
2002df
2002-0
6-0
8.4
35
52433.4
35
6.5
53
3200–10400
6/11
157
341
1.4
23.7
51200
1,4
7,5
29
0SN
2002di
2002-0
6-1
7.3
26
52442.3
26
···
33226–10400
6/11
88
51
1.0
21.7
51200
1,4
7,5
29
0SN
2002dj
2002-0
6-1
7.1
98
52442.1
98
−7.9
83
3134–10400
6/11
15
16
1.9
51.7
5600
1,4
7,5
29
5
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
12 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2002dk
2002-0
6-1
7.3
45
52442.3
45
−1.2
33
3174–10400
6/11
88
348
1.0
41.7
51200
1,4
7,5
29
0SN
2002do
2002-0
7-1
1.4
55
52466.4
55
23.0
93
3400–10400
6.9
5/11.0
6114
109
1.0
11
602
1,4
7,5
2,5
49
−6
SN
2002dp
2002-0
7-1
1.4
27
52466.4
27
15.5
53
3100–10400
7.2
3/10.5
3130
307
1.1
53.2
9600
1,4
7,5
2,5
49
6SN
2002dp
2002-0
8-0
9.3
90
52495.3
90
44.1
83
3110–10400
6.5
3/10.3
9150
325
1.0
62.2
2900
1,5
1,5
2,5
59
6SN
2002dp
2002-0
9-0
3.3
84
52520.3
84
68.8
83
3150–10400
6.7
5/10.2
6195
26
1.0
51.6
41200
1,4
7,5
19
0SN
2002dp
2002-1
0-0
8.0
00
52555.0
00
103.1
05
3071–9420
6.6
5/7.9
490
267
1.0
61.4
1366
1,4
75
0SN
2002dp
2002-1
1-0
9.0
00
52587.0
00
134.7
36
3950–10199
0.5
/0.5
270
268
1.1
01.1
600
1,4
7,5
3,6
35
0SN
2002dr
2002-0
8-0
9.3
47
52495.3
47
···
33308–10400
6.6
9/10.0
0184
295
1.0
54.4
5900
1,5
1,5
2,5
59
0SN
2002dx
2002-0
8-0
9.3
69
52495.3
69
···
33202–10400
6.6
5/10.1
9150
295
1.1
01.5
1200
1,5
1,5
2,5
59
0SN
2002eb
2002-0
8-0
9.3
25
52495.3
25
1.6
83
3110–10400
6.5
6/10.1
0129
312
1.0
72.2
0900
1,5
1,5
2,5
59
5SN
2002eb
2002-0
9-0
3.4
02
52520.4
02
26.0
83
3150–10400
6.4
4/10.3
8238
57
1.1
61.7
4900
1,4
7,5
19
5SN
2002eb
2002-1
0-0
8.0
00
52555.0
00
59.7
55
3095–9420
7.1
4/7.8
9265
268
1.1
80.7
0400
1,4
75
0SN
2002ec
2002-0
8-0
9.2
71
52495.2
71
···
33194–10400
6.6
6/9.7
558
58
1.9
32.7
91200
1,5
1,5
2,5
59
0SN
2002ec
2002-0
9-0
3.1
87
52520.1
87
···
33372–10400
6.8
3/10.6
658
58
1.7
62.6
21800
1,4
7,5
19
0SN
2002ef
2002-0
8-0
9.5
10
52495.5
10
4.7
03
3110–10400
7.0
6/9.9
4202
22
1.7
42.1
0400
1,5
1,5
2,5
59
6SN
2002ef
2002-0
9-0
3.3
28
52520.3
28
28.9
33
3150–10400
6.6
3/10.1
8163
344
1.6
62.3
41500
1,4
7,5
19
0SN
2002eh
2002-0
8-0
9.4
05
52495.4
05
6.8
83
3152–10400
6.5
5/9.9
1113
292
1.3
74.1
5900
1,5
1,5
2,5
59
0SN
2002ep
2002-0
9-0
3.2
90
52520.2
90
···
33242–10400
6.9
2/10.0
7175
11.4
21.6
32400
1,4
7,5
19
0SN
2002el
2002-0
9-0
3.2
63
52520.2
63
11.8
23
3150–10400
6.6
2/10.5
4185
31.7
82.9
71200
1,4
7,5
19
5SN
2002el
2002-0
9-1
3.2
05
52530.2
05
21.4
93
3190–10400
7.5
1/10.9
6172
353
1.8
01.9
51200
52,5
3,5
59
6SN
2002el
2002-1
0-0
1.1
62
52548.1
62
38.9
43
3366–10400
7.0
6/10.0
3182
356
1.7
93.0
61800
1,5
29
−6
SN
2002er
2002-0
9-0
3.2
18
52520.2
18
−4.5
83
3127–10400
6.9
1/10.7
146
46
1.5
21.8
21200
1,4
7,5
19
6SN
2002er
2002-0
9-1
3.1
42
52530.1
42
5.2
63
3188–10400
6.7
2/9.9
6202
34
1.2
62.0
5800
52,5
3,5
59
3SN
2002er
2002-1
0-0
1.1
45
52548.1
45
23.1
13
3100–10400
7.1
0/10.3
845
47
1.5
42.5
4900
1,5
29
6SN
2002er
2002-1
1-0
8.0
00
52586.0
00
60.6
45
3138–9416
6.3
5/8.6
771
72
2.8
71.2
300
1,4
7,5
3,6
35
0SN
2002et
2002-0
9-0
3.2
42
52520.2
42
11.9
23
3184–10400
6.9
3/10.4
4185
72.2
11.5
21200
1,4
7,5
19
0SN
2002gb
2002-1
0-0
8.0
00
52555.0
00
···
53119–9420
6.6
3/7.6
6137
317
1.1
40.9
9600
1,4
75
0SN
2002eu
2002-0
9-0
3.4
42
52520.4
42
−0.0
63
3150–10400
6.7
1/10.0
0101
319
1.0
12.1
91000
1,4
7,5
19
0SN
2002eu
2002-0
9-1
3.2
31
52530.2
31
9.3
83
3195–10400
6/10.5
4117
296
1.8
62.7
01202
52,5
3,5
59
6SN
2002eu
2002-1
0-0
1.2
37
52548.2
37
26.7
33
3300–10400
6.7
5/9.9
5113
293
1.5
01.7
51500
1,5
29
−6
SN
2002eu
2002-1
0-0
8.0
00
52555.0
00
33.2
55
3071–9420
6.6
0/8.3
460
238
1.0
80.7
7400
1,4
75
0SN
2002eu
2002-1
1-0
8.0
00
52586.0
00
63.1
25
3186–9266
6.3
8/6.3
393
86
1.7
51.9
0900
1,4
7,5
3,6
35
0SN
2002ey
2002-0
9-0
4.2
25
52521.2
25
···
33258–10400
7.0
3/10.4
4134
314
1.5
31.6
6900
47
90
SN
2002fb
2002-0
9-1
3.2
95
52530.2
95
0.9
83
3195–10400
6.9
2/10.1
0107
287
1.3
12.2
7900
52,5
3,5
59
5SN
2002fb
2002-1
0-0
1.1
92
52548.1
92
18.6
03
3314–10400
7.1
2/10.2
9115
293
1.6
91.9
81800
1,5
29
5SN
2002fb
2002-1
1-0
8.0
00
52586.0
00
55.8
35
3248–9280
6.3
7/6.5
987
87
1.9
21.2
400
1,4
7,5
3,6
35
0SN
2002fi
2002-1
0-0
8.0
00
52555.0
00
···
53163–9420
6.6
2/7.8
23
23
1.3
80.9
0600
1,4
75
0SN
2002fk
2002-1
0-0
8.0
00
52555.0
00
7.7
45
3013–9420
6.7
7/7.6
711
358
1.2
21.4
2200
1,4
75
2SN
2002fk
2002-1
1-0
9.0
00
52587.0
00
39.5
26
3950–10199
0.5
/0.5
137
49
1.6
21.1
300
1,4
7,5
3,6
35
0SN
2002fk
2002-1
1-1
1.0
00
52589.0
00
41.5
05
3136–9414
6.4
1/6.0
9237
58
2.2
03.1
1300
1,4
75
0SN
2002fk
2002-1
2-1
2.1
82
52620.1
82
72.4
73
3100–10400
7.0
9/10.9
4157
338
1.8
42.5
61200
52,5
59
0SN
2002fk
2003-0
2-2
7.0
00
52697.0
00
148.7
45
3110–9416
8.4
2/6.1
048
51
1.6
71.0
0500
1,4
75
0SN
2002gf
2002-1
1-1
1.0
00
52589.0
00
···
53110–9410
8.1
2/6.5
744
47
1.1
41.3
7720
1,4
75
0SN
2002gc
2002-1
0-0
8.0
00
52555.0
00
···
53095–9420
7.1
6/7.6
077
255
1.5
51.0
6400
1,4
75
0SN
2002gc
2002-1
1-0
2.2
06
52580.2
06
···
33100–10400
6.6
5/10.0
576
259
1.1
02.5
81800
1,5
1,5
29
0SN
2002gc
2002-1
1-0
8.0
00
52586.0
00
···
53146–9420
6.3
5/6.6
692
91
2.0
32.4
5400
1,4
7,5
3,6
35
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 13
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2002gc
2003-0
1-0
7.0
00
52646.0
00
···
53167–9430
6.5
/7
87
87
2.2
91.2
600
1,4
75
0SN
2002gg
2002-1
1-1
1.0
00
52589.0
00
···
53204–9408
4.5
/7.2
6148
17
1.0
31.2
600
1,4
75
0SN
2002gx
2002-1
1-0
8.0
00
52586.0
00
···
53160–9288
6.3
5/6.9
392
91
1.8
11.2
3400
1,4
7,5
3,6
35
0SN
2002ha
2002-1
1-0
2.1
40
52580.1
40
−0.8
53
3100–10400
6.5
5/10.0
2224
24
1.3
31.8
8600
1,5
1,5
29
2SN
2002ha
2002-1
1-0
8.0
00
52586.0
00
4.9
35
3086–9416
6.3
6/6.2
354
55
1.2
22.1
8150
1,4
7,5
3,6
35
6SN
2002ha
2002-1
1-1
1.0
00
52589.0
00
7.8
95
3021–9410
8.1
3/7.1
843
46
1.1
41.1
9200
1,4
75
0SN
2002ha
2002-1
2-1
2.0
90
52620.0
90
38.5
53
3108–10400
7.0
7/10.2
6210
42
1.6
92.3
91500
52,5
59
2SN
2002ha
2003-0
1-0
6.0
00
52645.0
00
63.1
15
3127–9430
6.5
/7
69
69
3.2
01.2
600
1,4
75
0SN
2002hd
2002-1
1-0
2.5
39
52580.5
39
6.4
83
3100–10400
6.9
9/10.6
0162
343
1.4
62.0
71800
1,5
1,5
29
0SN
2002hd
2002-1
1-0
9.0
00
52587.0
00
12.7
26
3950–10199
0.5
/0.5
75
350
1.1
31.1
200
1,4
7,5
3,6
35
0SN
2002he
2002-1
1-0
1.6
42
52579.6
42
−5.9
16
3950–10199
0.5
/0.5
285
192
1.3
80.9
0180
47,5
3,6
35
0SN
2002he
2002-1
1-0
6.6
49
52584.6
49
−1.0
36
3950–10199
0.5
/0.5
270
182
1.3
70.7
5240
1,4
7,5
35
0SN
2002he
2002-1
1-0
8.0
00
52586.0
00
0.2
95
3070–9424
6.4
3/6.7
0183
182
1.3
70.9
6200
1,4
7,5
3,6
35
0SN
2002he
2002-1
1-1
1.0
00
52589.0
00
3.2
25
3102–9414
7.2
1/5.6
2190
186
1.3
71.2
7200
1,4
75
0SN
2002hl
2002-1
1-0
6.5
56
52584.5
56
···
33150–10400
6.8
9/9.6
6102
282
1.2
11.5
1440
42,5
29
0SN
2002hv
2002-1
1-0
8.0
00
52586.0
00
···
53124–9424
6.4
2/7.5
2236
235
1.0
80.9
7300
1,4
7,5
3,6
35
0SN
2002hu
2002-1
1-0
8.0
00
52586.0
00
−5.8
15
3086–9420
6.3
8/6.5
188
88
1.8
81.1
2240
1,4
7,5
3,6
35
0SN
2002hw
2002-1
1-1
1.0
00
52589.0
00
−6.2
75
3094–9408
8.0
0/7.0
854
55
1.0
61.3
8400
1,4
75
0SN
2002hw
2002-1
2-1
2.2
30
52620.2
30
24.4
23
3150–10400
7.1
0/10.2
1226
46
1.4
82.6
2900
52,5
59
0SN
2002jg
2002-1
2-1
2.1
66
52620.1
66
10.1
13
3200–10400
6.9
9/11.0
1246
66
1.2
72.0
1600
52,5
59
6SN
2002jm
2002-1
2-1
2.4
65
52620.4
65
···
33142–10400
6.8
0/10.6
0332
334
1.5
12.6
61800
52,5
59
0SN
2002jo
2002-1
2-1
2.5
61
52620.5
61
···
33166–10400
6.9
3/10.1
6105
285
1.3
63.4
81200
52,5
59
0SN
2002jy
2003-0
1-0
7.0
00
52646.0
00
11.8
65
3089–9430
7.9
0/6.0
981
81
2.8
41.4
9200
1,4
75
0SN
2002jy
2003-0
2-0
4.1
47
52674.1
47
39.4
63
3136–10400
6.6
5/10.4
080
79
1.2
52.4
61500
51,5
2,6
4,6
59
0SN
2002kf
2003-0
1-0
6.0
00
52645.0
00
6.8
15
3001–9430
8.3
9/6.1
3311
128
1.2
91.2
9200
1,4
75
0SN
2003D
2003-0
1-0
7.0
00
52646.0
00
9.9
85
3153–9430
7.8
7/6.0
4353
357
1.1
01.2
300
1,4
75
0SN
2003D
2003-0
2-2
7.0
00
52697.0
00
59.8
85
3128–9420
8.8
2/6.1
8308
310
1.2
80.7
0500
1,4
75
0SN
2003F
2003-0
1-2
8.2
75
52667.2
75
···
33218–10400
6/11
200
42
1.1
51.7
5900
52,6
5,6
69
0SN
2003F
2003-0
2-0
4.2
02
52674.2
02
···
33202–10400
6.4
5/10.1
1199
23
1.0
83.8
81800
51,5
2,6
4,6
59
0SN
2003K
2003-0
1-2
8.5
61
52667.5
61
13.4
33
3118–10400
6.6
0/9.0
7216
213
1.2
02.7
11500
52,6
5,6
69
0SN
2003K
2003-0
2-0
4.4
57
52674.4
57
20.1
83
3136–10400
6.7
2/10.3
872
252
1.3
63.1
0900
51,5
2,6
4,6
59
0SN
2003M
2003-0
1-2
8.5
01
52667.5
01
···
33218–10400
6.7
5/9.5
0194
14
1.0
42.2
91200
52,6
5,6
69
0SN
2003M
2003-0
2-2
8.0
00
52698.0
00
···
53102–9422
7.2
6/6.5
7267
274
1.2
50.9
2400
1,4
75
0SN
2003V
2003-0
2-2
7.0
00
52697.0
00
···
53120–9422
7.3
6/6.8
9346
62
1.4
60.9
1300
1,4
75
0SN
2003ae
2003-0
2-2
8.0
00
52698.0
00
31.6
95
3068–9422
7.2
8/6.2
5205
197
1.0
11.3
7200
1,4
75
0SN
2003P
2003-0
1-2
8.3
41
52667.3
41
···
33202–10400
6.8
9/10.0
7160
152
1.0
62.8
31800
52,6
5,6
69
0SN
2003S
2003-0
2-0
4.4
28
52674.4
28
···
33168–10400
6.4
9/10.3
069
247
1.1
54.4
71800
51,5
2,6
4,6
59
0SN
2003U
2003-0
2-0
4.5
52
52674.5
52
−2.5
53
3102–10400
6.5
4/10.0
871
250
1.2
62.4
91800
51,5
2,6
4,6
59
0SN
2003W
2003-0
2-0
4.3
39
52674.3
39
−5.0
63
3102–10400
6.6
0/10.2
2158
339
1.0
94.1
9900
51,5
2,6
4,6
59
0SN
2003W
2003-0
2-2
8.0
00
52698.0
00
18.1
45
3094–9422
7.1
9/6.0
4337
286
1.0
40.8
3200
1,4
75
0SN
2003W
2003-0
4-0
8.1
99
52737.1
99
56.5
63
3176–10400
6.6
6/9.8
8186
81.0
81
2100
52,5
5,6
79
0SN
2003X
2003-0
2-0
4.5
10
52674.5
10
···
33302–10400
6.5
9/10.3
9119
299
2.0
71.2
51200
51,5
2,6
4,6
59
0SN
2003Y
2003-0
2-0
4.2
33
52674.2
33
−1.7
43
3144–10400
6.6
0/10.2
665
244
1.1
62.3
01200
51,5
2,6
4,6
59
0SN
2003Y
2003-0
2-2
8.0
00
52698.0
00
21.6
35
3076–9422
7.1
5/6.2
9176
179
1.2
61.0
2300
1,4
75
0SN
2003af
2003-0
2-2
8.0
00
52698.0
00
···
53042–9422
7.3
6/6.3
0267
266
1.1
00.9
3240
1,4
75
0SN
2003av
2003-0
2-2
7.0
00
52697.0
00
···
53120–9420
9.0
1/6.3
0315
321
1.0
80.6
4400
1,4
75
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
14 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2003ai
2003-0
2-2
8.0
00
52698.0
00
7.2
55
3060–9422
8.9
2/8.0
0103
101
1.4
31.2
6250
1,4
75
0SN
2003ah
2003-0
2-2
7.0
00
52697.0
00
···
53086–9420
8.9
7/6.0
654
55
1.2
20.8
7300
1,4
75
0SN
2003an
2003-0
2-2
7.0
00
52697.0
00
···
53086–9420
7.9
9/7
96
95
1.2
41.6
3200
1,4
75
0SN
2003ax
2003-0
2-2
7.0
00
52697.0
00
···
53052–9420
8.9
9/6.2
2314
317
1.0
50.8
5300
1,4
75
0SN
2003au
2003-0
2-2
7.0
00
52697.0
00
···
53136–9420
7.6
4/7
198
193
1.3
40.7
0300
1,4
75
0SN
2003bf
2003-0
2-2
7.0
00
52697.0
00
···
53042–9420
9.1
0/6.2
7297
301
1.0
40.8
4300
1,4
75
0SN
2003ay
2003-0
2-2
8.0
00
52698.0
00
···
53094–9422
7.3
5/6.2
996
95
1.2
11.0
8400
1,4
75
0SN
2003bh
2003-0
2-2
7.0
00
52697.0
00
···
53146–9422
9.0
3/6.3
2262
259
1.1
40.7
6400
1,4
75
0SN
2003bi
2003-0
2-2
8.0
00
52698.0
00
···
53120–9422
7.4
1/6.2
1288
288
1.1
51.1
2300
1,4
75
0SN
2003cq
2003-0
4-0
8.4
46
52737.4
46
−0.1
53
3134–10400
7.1
5/10.8
296
95
1.3
71
1500
52,5
5,6
79
0SN
2003du
2003-0
5-2
4.4
23
52783.4
23
17.6
15
3220–5500
4.5
150
156
1.3
41.5
1500
1,2
7,4
74
0SN
2003du
2003-0
5-2
4.4
23
52783.4
23
17.6
15
5700–9420
7150
156
1.3
41.5
1500
1,2
7,4
74
4SN
2003du
2003-0
5-3
0.3
97
52789.3
97
23.5
53
3184–10400
7.0
4/10.6
6101
101
1.2
93.1
2602
52,6
8,6
99
5SN
2003du
2003-0
6-0
7.3
96
52797.3
96
31.5
03
3300–10500
5.0
1/11.1
696
96
1.3
42.0
7700
52,7
010
5SN
2003du
2003-0
7-0
6.3
43
52826.3
43
60.2
63
3300–10500
6/11.4
188
87
1.4
62.8
8600
52,6
6,6
810
6SN
2003du
2003-0
7-2
7.1
94
52847.1
94
80.9
83
3300–10400
6.7
3/10.0
1120
117
1.1
81.8
7900
1,5
2,6
89
0SN
2003dw
2003-0
5-3
0.4
27
52789.4
27
···
33282–10400
6.9
4/11
127
126
1.1
51.7
5900
52,6
8,6
99
0SN
2003ek
2003-0
5-2
4.6
23
52783.6
23
···
54000–5500
···
100
102
1.4
91.5
300
1,2
7,4
74
0SN
2003ek
2003-0
5-2
4.6
23
52783.6
23
···
55700–9420
7100
102
1.4
91.5
300
1,2
7,4
74
0SN
2003ek
2003-0
5-3
0.4
46
52789.4
46
···
33168–10400
6.7
3/11.0
391
90
1.0
94.7
71800
52,6
8,6
99
0SN
2003ek
2003-0
6-0
8.4
21
52798.4
21
···
33640–10140
5.1
7/10.6
297
96
1.0
52.3
81800
52,7
010
0SN
2003fa
2003-0
6-0
7.4
26
52797.4
26
−8.1
53
3300–10500
5.1
0/10.9
196
99
1.0
32.7
71800
52,7
010
0SN
2003fa
2003-0
7-0
7.3
79
52827.3
79
20.6
73
3300–10500
6/10.6
189
88
1.1
02.7
91000
52,6
6,6
810
0SN
2003fa
2003-0
7-2
7.2
45
52847.2
45
39.7
83
3300–10400
6.7
3/9.9
6128
119
1.0
11.7
01200
1,5
2,6
89
0SN
2003fd
2003-0
6-2
9.2
90
52819.2
90
···
53250–9200
4.5
/7
135
134
1.1
41.5
240
1,4
74
0SN
2003gj
2003-0
7-0
7.4
02
52827.4
02
···
35224–10156
10.5
5169
350
2.2
51.3
81200
52,6
6,6
810
0SN
2003gn
2003-0
7-2
7.3
31
52847.3
31
−5.3
83
3300–10400
6.6
3/10.2
6126
307
1.1
92.3
51500
1,5
2,6
89
0SN
2003gnm
2003-0
8-0
5.2
71
52856.2
71
3.2
63
3594–10154
5.5
2/11.2
2124
302
1.4
73.9
81200
1,5
2,6
810
0SN
2003gq
2003-0
7-2
7.2
94
52847.2
94
−0.6
93
3300–10400
7.1
0/10.1
1112
292
1.3
63.3
61200
1,5
2,6
89
0SN
2003gq
2003-0
9-2
8.3
02
52910.3
02
60.9
95
3121–9250
6.5
/7
69
242
1.1
00.7
01200
1,4
75
0SN
2003gsm
2003-0
8-2
8.4
10
52879.4
10
30.4
63
3300–10000
5.0
6/10.1
1137
323
1.5
92.3
3900
1,5
2,7
110
5SN
2003gs
2004-0
2-1
4.2
64
53049.2
64
199.5
16
3930–10199
0.5
/0.5
152
61
1.4
50.9
02000
1,4
7,5
25
0SN
2003gtm
2003-0
8-0
5.2
48
52856.2
48
−5.0
73
3300–10500
5.4
4/11.1
7140
321
1.2
73.9
5900
1,5
2,6
810
5SN
2003gtm
2003-0
8-2
8.2
86
52879.2
86
17.6
13
3300–10000
4.9
9/10.2
9154
12
1.1
32.2
6900
1,5
2,7
110
2SN
2003hem
2003-0
8-2
8.3
74
52879.3
74
2.7
13
3300–10000
5.0
9/9.2
1158
344
1.3
33.2
21500
1,5
2,7
110
5SN
2003he
2003-0
9-0
3.3
58
52885.3
58
8.5
43
3300–10400
7.8
1/9.3
5158
347
1.3
22.9
61800
47,5
2,7
19
5SN
2003hjm
2003-0
8-2
8.1
88
52879.1
88
···
33576–9812
5.0
4/9.9
3174
66
1.3
13.3
81500
1,5
2,7
110
0SN
2003hm
m2003-0
8-2
8.4
50
52879.4
50
···
33394–9980
5.2
1/10.2
8147
326
1.3
61.2
71200
1,5
2,7
110
0SN
2003hs
2003-0
9-0
3.3
16
52885.3
16
−5.4
93
3278–10400
7.4
0/10.0
036
79
1.4
74.4
21800
47,5
2,7
19
0SN
2003hw
2003-0
9-2
8.5
46
52910.5
46
···
53134–9250
6.5
/7
234
171
1.0
40.7
0300
1,4
75
0SN
2003hv
2003-0
9-2
8.5
73
52910.5
73
21.8
55
3082–9250
6.5
/7
191
15
1.4
70.7
0240
1,4
75
5SN
2003hv
2003-1
0-0
2.4
72
52914.4
72
25.7
33
3300–10400
6.8
4/10.6
4190
11
2.3
22.7
1300
1,5
211
6SN
2003hv
2003-1
1-2
3.3
19
52966.3
19
77.2
93
3300–10400
4.6
4/9.7
1192
11
2.3
22.7
51800
1,5
1,5
29
6SN
2003hx
2003-1
0-0
2.5
47
52914.5
47
21.8
93
3300–10400
6/10.6
1179
360
1.7
03.7
2600
1,5
211
0SN
2003ij
2003-1
0-0
2.4
57
52914.4
57
···
33300–10400
6.1
0/10.6
8233
216
1.5
32.6
7800
1,5
211
0SN
2003ik
2003-1
0-0
2.5
36
52914.5
36
···
33300–10400
6.0
0/10.6
6268
241
1.2
23.1
5600
1,5
211
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 15
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2003in
2003-1
0-0
2.5
12
52914.5
12
···
33300–10400
7.3
9/10.6
1205
27
1.2
51.1
01500
1,5
211
0SN
2003im
2003-1
0-0
2.4
89
52914.4
89
···
33300–10400
7.2
3/10.6
0224
44
2.7
13.1
01200
1,5
211
0SN
2003iv
2003-1
0-2
3.4
69
52935.4
69
1.7
63
3312–10268
5.0
3/9.9
6222
43
1.2
52.3
82400
1,4
7,5
310
0SN
2003iv
2003-1
0-2
8.4
55
52940.4
55
6.5
83
3260–10400
4.6
9/9.6
848
48
1.3
72.4
71800
1,5
1,5
29
0SN
2003iz
2003-1
0-2
3.3
57
52935.3
57
···
33586–10500
5.0
8/10.1
5159
50
1.0
51.1
02700
1,4
7,5
310
0SN
2003kc
2003-1
1-2
3.5
08
52966.5
08
···
33300–10400
4.9
7/10.0
5147
298
1.0
52.7
51800
1,5
1,5
29
0SN
2003kd
2003-1
1-2
9.5
10
52972.5
10
···
53066–9410
6.5
/7
103
103
1.5
11
300
19
0SN
2003kd
2004-0
1-1
7.2
30
53021.2
30
···
33320–10400
4.7
6/10.2
894
92
1.1
32.6
61800
52,7
19
0SN
2003kh
2003-1
1-2
9.1
98
52972.1
98
···
53088–9420
6.5
/7
115
120
1.5
81
300
19
0SN
2003kg
2003-1
1-2
9.2
26
52972.2
26
···
53066–9420
6.5
/7
75
75
1.0
81
200
19
0SN
2003kf
2003-1
1-2
9.5
48
52972.5
48
−7.5
05
3000–9410
6.5
/7
30
30
1.2
61
120
19
0SN
2003kf
2004-0
1-1
7.3
43
53021.3
43
40.9
43
3320–10400
4.8
4/10.0
426
28
1.8
53.0
71500
52,7
19
0SN
2003ls
2004-0
1-1
7.2
08
53021.2
08
···
33586–10400
4.8
6/10.0
025
26
1.7
12.9
71200
52,7
19
0SN
2003lb
2004-0
1-1
7.3
15
53021.3
15
···
33320–10400
5.0
6/10.1
257
58
1.5
52.8
11500
52,7
19
0SN
2003lc
2004-0
1-1
7.1
49
53021.1
49
···
33418–10400
5.1
0/10.1
167
67
1.1
12.4
21800
52,7
19
0SN
2003lq
2004-0
1-1
7.1
24
53021.1
24
···
33320–10400
5.4
8/9.6
839
40
1.7
32.8
31500
52,7
19
0SN
2004E
2004-0
1-1
7.5
17
53021.5
17
5.2
63
3320–10400
5.7
6/9.9
0118
299
1.0
32.0
41500
52,7
19
0SN
2004W
2004-0
2-1
3.5
87
53048.5
87
···
53134–9258
6.5
/7
35
41
1.0
20.9
0400
1,4
7,5
25
0SN
2004S
2004-0
2-1
3.3
41
53048.3
41
8.2
65
3041–9250
6.5
/7
180
17
1.6
40.9
0900
1,4
7,5
25
0SN
2004S
2004-1
2-1
5.4
91
53354.4
91
311.5
78
4709–7223
1.5
00
1.5
91
1800
1,5
29
0SN
2004Y
2004-0
2-1
4.6
65
53049.6
65
···
63930–10199
0.5
/0.5
172
82
1.4
90.9
0360
1,4
7,5
25
0SN
2004as
2004-0
3-1
6.6
08
53080.6
08
−4.3
65
3304–9230
5.4
9/7
79
79
2.0
61.3
6300
111
5SN
2004bd
2004-0
4-1
0.1
56
53105.1
56
10.7
63
3300–10400
6/9.6
4109
291
1.2
12.4
5800
1,6
8,7
111
4SN
2004bd
2004-0
4-2
4.2
79
53119.2
79
24.7
63
3476–10600
4.9
9/9.5
4166
64
1.0
33.1
8900
66,6
8,7
111
5SN
2004bd
2004-0
5-1
2.3
59
53137.3
59
42.6
83
3510–10522
5.3
2/10.3
366
65
1.6
04.8
41200
52,6
4,6
611
6SN
2004bg
2004-0
4-2
4.2
56
53119.2
56
10.3
43
3350–10592
4.7
5/9.8
763
32
1.0
62.3
0900
66,6
8,7
111
0SN
2004bg
2004-0
5-1
2.2
98
53137.2
98
28.0
13
3544–10590
6.3
7/10.1
357
58
1.3
63.4
71200
52,6
4,6
611
0SN
2004bj
2004-0
4-2
4.3
09
53119.3
09
···
33476–10600
4.8
6/9.9
367
51.1
64.2
52700
66,6
8,7
111
0SN
2004bk
2004-0
4-2
4.3
71
53119.3
71
6.1
33
3400–10280
4.9
4/9.8
7205
26
1.2
72.7
91500
66,6
8,7
111
6SN
2004bk
2004-0
5-2
7.3
09
53152.3
09
38.3
23
3986–6750
7.5
035
36
1.3
83.8
01500
52,6
4,6
611
0SN
2004bl
2004-0
5-1
2.1
89
53137.1
89
4.6
13
3368–10580
5.4
3/10.8
4170
351
1.3
33.4
71200
52,6
4,6
611
0SN
2004bl
2004-0
5-2
7.2
18
53152.2
18
19.3
83
3986–6750
7.3
7198
21
1.3
93.8
01500
52,6
4,6
611
0SN
2004bp
2004-0
5-1
2.3
29
53137.3
29
···
33436–10580
6.4
6/10.4
492
70
1.4
63.4
72400
52,6
4,6
611
0SN
2004bq
2004-0
5-1
2.4
74
53137.4
74
···
33894–10532
5.8
5/11
161
333
2.3
71.2
41500
52,6
4,6
611
0SN
2004cb
2004-0
6-1
3.1
97
53169.1
97
···
33320–10400
5.4
7/10.2
9183
52.5
82.5
6600
52,6
4,7
211
0SN
2004br
2004-0
5-2
7.2
85
53152.2
85
3.5
03
3986–6750
7.0
439
39
1.5
84.1
5900
52,6
4,6
611
0SN
2004br
2004-0
6-1
3.2
19
53169.2
19
20.0
53
3320–10400
6.3
4/9.5
7212
35
1.4
62.1
1900
52,6
4,7
211
6SN
2004br
2004-0
6-2
0.2
26
53176.2
26
26.9
03
3300–10400
6.1
6/10.3
141
42
1.6
82.7
2900
52,6
69
6SN
2004bv
2004-0
5-2
7.4
67
53152.4
67
−7.0
63
3988–6800
6.9
9165
347
2.2
43.8
01500
52,6
4,6
611
0SN
2004bv
2004-0
6-1
3.4
71
53169.4
71
9.7
73
3320–10400
4.9
4/9.5
4182
32.1
43.5
4600
52,6
4,7
211
5SN
2004bv
2004-0
7-1
1.3
91
53197.3
91
37.3
93
3300–10400
6.7
4/9.6
9184
42.1
52.0
71200
1,5
2,7
19
−6
SN
2004bv
2004-0
7-1
8.3
26
53204.3
26
44.2
63
3300–10400
5.0
6/9.9
6169
349
2.2
12.9
81200
52,7
39
6SN
2004bv
2004-0
8-0
8.3
05
53225.3
05
65.0
23
3310–10400
5.0
0/9.2
9180
22.1
41.5
1500
52,6
6,7
19
5SN
2004bv
2004-1
0-1
8.2
22
53296.2
22
135.1
95
3070–9400
6.5
/7
68
1.4
11
400
1,5
29
0SN
2004bv
2004-1
1-1
4.0
00
53323.0
00
161.6
85
3100–9400
6.2
5/7.7
129
34
1.6
10.6
6300
1,5
29
0SN
2004bw
2004-0
5-2
7.3
62
53152.3
62
−10.0
33
3986–6750
7.3
3209
30
1.5
13.6
51800
52,6
4,6
611
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
16 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2004bw
2004-0
6-1
3.3
33
53169.3
33
6.5
93
3320–10400
4.9
0/9.5
933
35
1.6
12.4
11500
52,6
4,7
211
6SN
2004ca
2004-0
6-1
3.4
23
53169.4
23
···
33320–10400
6.2
2/10.0
070
267
1.1
12.4
61500
52,6
4,7
211
0SN
2004bz
2004-0
6-1
3.4
53
53169.4
53
···
33320–10400
4.9
3/9.0
5134
315
1.2
21.7
51500
52,6
4,7
211
0SN
2004cv
2004-0
7-1
1.3
17
53197.3
17
···
33300–10400
5.0
8/11.0
0235
54
1.3
51
1500
1,5
2,7
19
0SN
2004db
2004-0
8-0
8.4
39
53225.4
39
···
35300–10400
11
193
13
2.0
61.4
91200
52,6
6,7
19
0SN
2004da
2004-0
7-1
1.4
38
53197.4
38
···
33300–10400
6.6
8/9.8
3209
30
1.2
51.7
8900
1,5
2,7
19
0SN
2004da
2004-0
7-1
8.4
35
53204.4
35
···
33300–10400
5.2
2/10.4
4214
35
1.3
02.2
1900
52,7
39
0SN
2004da
2004-0
8-0
8.3
65
53225.3
65
···
33310–10400
4.9
9/9.1
8211
32
1.2
72.3
21500
52,6
6,7
19
0SN
2004di
2004-0
8-0
8.2
79
53225.2
79
···
33310–10400
6.0
2/9.3
482
81
1.4
01.3
11500
52,6
6,7
19
0SN
2004di
2004-0
8-1
6.3
01
53233.3
01
···
33320–10400
4.9
3/9.7
8240
76
1.6
24.1
82500
1,5
2,6
611
0SN
2004eq
2004-1
0-1
8.2
58
53296.2
58
···
53084–9400
6.5
/7
354
355
1.7
21
300
1,5
29
0SN
2004dt
2004-0
8-1
6.4
13
53233.4
13
−6.4
63
3320–10400
4.9
2/9.8
5139
320
1.6
13.3
91300
1,5
2,6
611
6SN
2004dt
2004-0
8-2
4.4
05
53241.4
05
1.3
83
4500–9800
11
150
325
1.4
83
900
1,5
2,6
64
6SN
2004dt
2004-0
9-1
0.3
58
53258.3
58
18.0
03
3310–10500
6.0
7/9.5
3145
324
1.5
12.6
9900
1,6
6,7
1,7
411
5SN
2004dt
2004-0
9-2
4.4
00
53272.4
00
31.7
73
3320–10500
4.9
5/9.8
4177
354
1.2
61.8
81800
1,5
1,6
611
6SN
2004dtm
2004-1
0-0
1.4
72
53279.4
72
38.7
13
3330–10400
6/11
40
34
1.4
6···
1200
75
90
SN
2004dtm
2004-1
0-1
3.4
10
53291.4
10
50.4
23
3330–10500
5.0
5/9.1
916
17
1.2
92.4
92100
1,5
1,5
210
−6
SN
2004dt
2004-1
1-1
4.0
00
53323.0
00
81.3
95
3146–9400
6.1
7/6.4
370
68
2.4
50.9
7300
1,5
29
0SN
2004dt
2004-1
2-1
2.3
91
53351.3
91
109.2
45
3164–9320
6.5
/7
57
59
1.3
21
400
1,5
29
0SN
2004dt
2005-0
2-1
1.2
60
53412.2
60
168.9
38
5046–10201
364
64
1.5
90.5
5540
1,5
2,7
6,7
711
0SN
2004ef
2004-0
9-1
0.3
10
53258.3
10
−5.5
23
3310–10500
6.0
8/9.6
6172
358
1.0
52.4
22100
1,6
6,7
1,7
411
5SN
2004ef
2004-0
9-2
4.3
02
53272.3
02
8.0
53
3320–10500
6.2
0/10.3
238
17
1.0
63.6
73000
1,5
1,6
611
6SN
2004ef
m2004-1
0-1
3.3
73
53291.3
73
26.5
53
3704–10176
4.9
7/9.2
056
57
1.4
62.5
52100
1,5
1,5
210
−6
SN
2004ef
2004-1
0-1
8.1
96
53296.1
96
31.2
35
3070–9400
6.5
/7
276
276
1.2
41
300
1,5
29
5SN
2004ef
2004-1
1-1
4.0
00
53323.0
00
57.2
35
3240–9400
6.1
7/7.3
9266
244
1.0
00.9
0500
1,5
29
0SN
2004ef
2004-1
2-1
2.2
17
53351.2
17
84.6
05
3202–9320
4.5
/7
269
86
1.0
81
700
1,5
29
0SN
2004fa
2004-1
1-1
4.0
00
53323.0
00
···
53180–9400
7.7
4/7.7
125
27
1.7
00.8
9300
1,5
29
0SN
2004eo
2004-0
9-2
4.2
42
53272.2
42
−5.5
73
3320–10500
6.2
2/9.6
730
31
1.1
92.7
51000
1,5
1,6
611
0SN
2004eo
m2004-1
0-1
3.3
00
53291.3
00
13.1
93
3410–10500
4.9
1/10.1
151
52
1.8
92.4
11500
1,5
1,5
210
0SN
2004eo
2004-1
1-1
4.0
00
53323.0
00
44.4
05
3050–9400
6.2
8/7.2
166
66
1.1
30.7
7300
1,5
29
0SN
2004ev
2004-1
0-1
8.2
16
53296.2
16
···
53156–9400
6.5
/7
22
24
1.6
21
300
1,5
29
0SN
2004ey
2004-1
0-1
8.2
03
53296.2
03
−7.5
85
3040–9400
6.5
/7
312
313
1.1
51
200
1,5
29
0SN
2004ey
2004-1
1-1
4.0
00
53323.0
00
18.8
05
3050–9400
6.5
/6.5
424
27
1.0
80.8
7150
1,5
29
0SN
2004ey
2004-1
2-1
7.1
03
53356.1
03
51.3
93
3320–10600
5.0
0/9.8
8216
37
1.5
13.7
51500
51,6
611
5SN
2004fd
2004-1
1-1
4.0
00
53323.0
00
···
53064–9400
6.2
7/7.4
090
88
1.6
91.3
5300
1,5
29
0SN
2004fd
2004-1
2-1
7.2
91
53356.2
91
···
33330–10392
5.1
5/11.4
5250
70
1.1
01.7
72100
51,6
611
0SN
2004fg
2004-1
1-1
4.0
00
53323.0
00
···
53094–9400
6.3
1/7.1
0247
244
1.0
50.7
7200
1,5
29
0SN
2004fu
2004-1
1-1
4.0
00
53323.0
00
−2.6
55
3050–9400
6.3
5/7.0
1166
157
1.4
50.8
1100
1,5
29
0SN
2004fu
2004-1
1-1
9.1
18
53328.1
18
2.4
33
3320–10500
6/11
120
130
1.1
92.5
600
1,6
6,7
112
0SN
2004fu
2004-1
2-1
2.1
83
53351.1
83
25.2
85
3150–9320
6.5
/7
310
127
1.6
61
200
1,5
29
0SN
2004fw
2004-1
1-1
4.0
00
53323.0
00
···
53102–9400
6.3
3/7.2
9222
221
1.2
80.7
9400
1,5
29
0SN
2004fy
2004-1
1-1
4.0
00
53323.0
00
···
53164–9400
6.1
1/6.8
9246
246
2.8
70.9
7200
1,5
29
0SN
2004fy
2004-1
2-1
2.5
69
53351.5
69
···
53326–9320
4.5
/7
225
225
2.8
31
300
1,5
29
0SN
2004fz
2004-1
1-1
9.3
31
53328.3
31
−5.1
83
3320–10500
6/11
69
69
1.0
92.5
900
1,6
6,7
112
6SN
2004fz
2004-1
2-1
2.4
63
53351.4
63
17.5
65
3300–9320
4.5
/7
87
86
1.8
11
200
1,5
29
6SN
2004fz
2004-1
2-1
7.2
62
53356.2
62
22.2
83
3320–10600
5.0
5/10.2
4249
69
1.1
02.8
51200
51,6
611
5
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 17
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2004go
2004-1
2-1
7.2
38
53356.2
38
26.0
83
3320–10600
5.0
4/10.6
7185
61.6
22.2
22100
51,6
611
0SN
2004gc
2004-1
2-1
7.3
87
53356.3
87
31.3
33
3362–10258
5.0
4/10.1
4207
35
1.2
63.8
21350
51,6
611
0SN
2004gl
2004-1
2-1
2.5
43
53351.5
43
···
53264–9320
4.5
/7
210
198
1.1
61
500
1,5
29
0SN
2004gs
2004-1
2-1
7.4
47
53356.4
47
0.4
43
3354–10324
5.0
3/10.1
7167
351
1.0
72.6
52100
51,6
611
4SN
2004gu
2004-1
2-1
7.5
39
53356.5
39
−4.6
53
3420–10550
4.9
3/10.7
5134
319
1.2
83.1
11375
51,6
611
0SN
2004gw
2005-0
1-1
5.3
68
53385.3
68
···
53328–9250
4.5
/5.4
4161
160
1.3
81.4
7250
29,5
211
0SN
2004gw
2005-0
2-1
2.4
20
53413.4
20
···
53780–9250
4.5
/7
108
106
1.9
52
400
1,5
29
0SN
2004gz
2005-0
1-1
6.5
22
53386.5
22
···
33308–10500
5.8
9/11
98
266
1.3
93.7
01802
66,7
111
0SN
2005A
2005-0
1-1
5.3
57
53385.3
57
5.5
55
3386–9250
4.5
/6.7
864
63
1.7
01.5
9200
29,5
211
0SN
2005F
2005-0
1-1
5.3
73
53385.3
73
···
53354–9250
4.5
/5.2
5285
285
1.3
31.0
6200
29,5
211
0SN
2005G
2005-0
1-1
6.4
68
53386.4
68
···
33306–10500
6.4
7/10.5
6136
316
1.5
92.3
2759
66,7
111
0SN
2005M
2005-0
2-0
1.5
56
53402.5
56
−1.4
13
3318–10500
6/10.9
660
59
1.8
73.8
01500
51,5
2,6
611
0SN
2005M
2005-0
2-1
1.4
13
53412.4
13
8.2
38
5046–10201
3255
251
1.0
11.1
1200
1,5
2,7
6,7
711
0SN
2005M
2005-0
2-1
2.4
30
53413.4
30
9.2
35
3780–9250
4.5
/7
227
211
1.0
02
200
1,5
29
0SN
2005M
2005-0
3-0
7.1
79
53436.1
79
31.4
93
3304–10500
5.7
8/10.9
3121
303
1.2
11.5
81500
51,6
4,6
611
0SN
2005M
2005-0
3-1
1.2
79
53440.2
79
35.5
05
3400–9260
4.5
/7
269
269
1.1
41
200
1,5
2,7
89
0SN
2005as
2005-0
3-1
1.3
11
53440.3
11
···
53400–9260
4.5
/7
316
317
1.7
01
100
1,5
2,7
89
0SN
2005P
2005-0
3-1
1.6
53
53440.6
53
···
53400–9260
4.5
/7
54
55
1.4
01
450
1,5
2,7
89
0SN
2005P
2005-0
5-1
1.5
36
53501.5
36
···
53126–9350
6.5
/7
63
64
1.9
81
1200
1,5
2,7
99
0SN
2005X
2005-0
2-1
1.4
33
53412.4
33
···
85046–10201
3313
290
1.4
12.8
5250
1,5
2,7
6,7
711
0SN
2005W
2005-0
2-1
1.2
00
53412.2
00
0.5
98
5046–10201
388
88
1.1
31.2
2120
1,5
2,7
6,7
711
0SN
2005W
2005-0
3-0
7.1
55
53436.1
55
24.3
43
3304–10500
5.2
0/10.4
658
58
2.1
83.1
1600
51,6
4,6
611
0SN
2005W
2005-0
3-1
1.2
15
53440.2
15
28.3
65
3400–9260
4.5
/7
80
79
1.9
11
100
1,5
2,7
89
0SN
2005ag
2005-0
2-1
2.5
96
53413.5
96
0.5
25
3780–9250
4.5
/7
298
299
1.0
92
500
1,5
29
0SN
2005am
2005-0
3-1
1.3
02
53440.3
02
4.4
75
3400–9260
4.5
/7
333
335
1.3
01
40
1,5
2,7
89
6SN
2005am
2005-0
3-1
3.2
23
53442.2
23
6.3
73
4600–9800
11
155
14
1.7
11.7
5600
66,7
1,8
04
3SN
2005am
2005-0
4-1
1.1
54
53471.1
54
35.0
83
3310–10400
6/11
176
358
1.6
92.2
1500
51,6
4,6
69
5SN
2005am
2005-0
4-1
7.1
61
53477.1
61
41.0
43
3310–10400
6/11
184
51.6
91.5
1200
64,6
6,7
19
6SN
2005ao
2005-0
3-1
1.6
61
53440.6
61
−1.2
95
3400–9260
4.5
/7
200
199
1.3
71
200
1,5
2,7
89
0SN
2005ao
2005-0
3-1
3.5
39
53442.5
39
0.5
23
3320–10500
6.1
6/11.8
344
220
1.1
32.4
11500
66,7
1,8
011
0SN
2005bc
2005-0
4-1
1.4
66
53471.4
66
1.5
53
3310–10400
6/11
264
83
1.0
92.2
1500
51,6
4,6
69
4SN
2005bc
2005-0
4-1
7.3
65
53477.3
65
7.3
73
3310–10400
6/11
117
216
1.0
01.5
1500
64,6
6,7
19
6SN
2005be
2005-0
4-1
1.4
40
53471.4
40
10.9
63
3310–10400
6/11
206
29
1.1
02.2
1500
51,6
4,6
69
0SN
2005be
2005-0
4-1
7.3
93
53477.3
93
16.7
13
3310–10400
6/11
117
91.0
71.5
1800
64,6
6,7
19
0SN
2005bl
2005-0
4-1
7.2
06
53477.2
06
−5.5
63
3500–10262
6/11
137
319
1.1
01.5
1500
64,6
6,7
19
0SN
2005bl
2005-0
5-1
1.4
02
53501.4
02
18.0
75
3126–9350
6.5
/7
85
84
1.2
21
500
1,5
2,7
99
0SN
2005bo
2005-0
5-1
5.2
89
53505.2
89
27.7
13
3350–10400
6.6
6/10.4
7360
23
1.6
72.2
31200
64,7
111
0SN
2005bu
2005-0
5-1
1.2
39
53501.2
39
···
53134–9350
6.5
/7
84
83
1.4
31
300
1,5
2,7
99
0SN
2005cf
2005-0
6-0
1.3
85
53522.3
85
−10.9
43
3310–10550
6.5
6/9.5
9360
35
1.8
02.5
3600
51,6
4,6
611
0SN
2005cf
m2005-0
6-1
0.2
77
53531.2
77
−2.1
13
3308–10500
5.3
9/10
186
71.4
23.6
4300
66,7
111
0SN
2005cf
m2005-0
6-1
1.2
05
53532.2
05
−1.1
93
3308–10500
6/10.9
8158
340
1.4
94.6
2600
71
11
0SN
2005cf
2005-0
7-0
1.2
14
53552.2
14
18.6
93
3400–10400
5.6
3/11.3
1360
51.4
11.6
5300
64,6
611
0SN
2005cf
2005-0
7-1
0.2
21
53561.2
21
27.6
43
3314–10424
4.9
4/11.0
4192
17
1.4
72.6
8500
1,7
1,8
011
0SN
2005cf
m2006-0
4-2
7.6
03
53852.6
03
317.1
55
3242–9250
7.0
7/7.5
754
57
1.5
31.0
81204
1,5
211
0SN
2005cf
2007-0
2-1
6.6
17
54147.6
17
610.2
78
4600–7238
1.5
318
328
1.3
21
6300
1,4
7,5
2,8
19
0SN
2005de
2005-0
8-1
5.3
40
53597.3
40
−0.7
53
3304–10376
7.2
2/12.0
1242
62
1.4
62.1
4900
1,7
1,8
011
5
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
18 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2005de
2005-0
8-2
6.3
50
53608.3
50
10.1
03
3306–10370
6.1
4/10.0
261
61
1.9
02.5
3900
71,8
2,8
311
6SN
2005de
2005-0
9-1
1.2
36
53624.2
36
25.7
53
3350–10400
5.0
8/10.3
7360
62
1.2
71.9
7700
64,7
1,8
411
3SN
2005de
2005-0
9-2
6.2
05
53639.2
05
40.4
93
3306–10500
5.9
8/9.9
062
62
1.3
23.8
01800
64,8
0,8
411
−6
SN
2005do
2005-0
8-2
6.4
80
53608.4
80
···
33450–10300
7.1
9/12.0
983
261
1.0
42.0
01800
71,8
2,8
311
0SN
2005dh
2005-0
8-1
5.3
13
53597.3
13
···
33304–10374
7.1
4/11.9
6238
58
2.4
44.1
31550
1,7
1,8
011
0SN
2005dh
2005-0
8-2
6.2
67
53608.2
67
···
33304–10370
6/10.5
759
59
2.0
83.7
81200
71,8
2,8
311
0SN
2005di
2005-0
8-2
6.4
06
53608.4
06
0.4
93
3308–10370
6.0
0/10.9
7196
20
2.3
82.8
41500
71,8
2,8
311
0SN
2005dm
2005-0
9-0
2.4
20
53615.4
20
5.2
33
3342–10500
6/10.6
8151
335
1.5
32.9
51800
71,7
211
6SN
2005dv
2005-0
9-1
1.1
70
53624.1
70
−0.5
73
3350–10400
6.4
4/9.8
6360
78
1.7
04.7
3500
64,7
1,8
411
0SN
2005ec
2005-0
9-2
6.5
23
53639.5
23
···
33306–10500
6.3
3/10.7
0179
358
1.2
33.0
21980
64,8
0,8
411
0SN
2005ej
2005-0
9-2
6.2
37
53639.2
37
···
33306–10500
5.9
9/10.0
793
115
1.2
83.0
51720
64,8
0,8
411
0SN
2005ej
2005-1
0-0
7.2
24
53650.2
24
···
53270–9330
4.5
/7
160
156
1.4
91.3
300
5,5
29
0SN
2005ej
2005-1
0-1
1.1
52
53654.1
52
···
33322–10500
5.2
7/9.6
8136
135
1.2
01.9
42100
1,6
6,7
211
0SN
2005el
2005-0
9-2
6.4
96
53639.4
96
−6.7
03
3306–10500
6.2
0/10.8
6157
338
1.2
23.3
01200
64,8
0,8
411
4SN
2005el
2005-1
0-0
4.5
34
53647.5
34
1.2
23
3318–10500
6.4
8/12.7
9186
91.1
93.6
1900
66,7
211
4SN
2005el
2005-1
0-1
1.5
12
53654.5
12
8.0
93
3320–10500
5.2
7/10.6
1185
81.1
92.0
31200
1,6
6,7
211
4SN
2005gj
2005-1
2-0
2.4
03
53706.4
03
46.3
28
3897–9070
363
328
1.1
00.7
0300
1,5
29
0SN
2005gj
2005-1
2-0
4.3
77
53708.3
77
48.1
95
3280–9320
4.5
/7
20
22
1.0
80.7
0300
1,5
,52,8
5,8
69
0SN
2005gj
2006-0
1-0
1.3
88
53736.3
88
74.6
18
3900–9061
380
60
1.4
00.7
5600
52
90
SN
2005gj
2006-1
2-2
3.4
20
54092.4
20
410.4
98
4483–9574
360
61
1.3
81.9
41500
1,5
29
0SN
2005gj
2007-0
2-1
4.2
75
54145.2
75
460.3
55
3206–9238
6.3
5/7
240
61
1.3
91
1200
1,4
7,5
2,8
15
0SN
2005er
2005-1
0-0
5.2
29
53648.2
29
−0.2
68
4901–10074
380
287
1.3
31.0
3400
1,5
,52
90
SN
2005er
2005-1
0-0
7.2
14
53650.2
14
1.6
75
3270–9330
4.5
/7
300
287
1.3
91.3
600
5,5
29
0SN
2005er
2005-1
0-1
1.2
91
53654.2
91
5.6
43
3320–10500
5.4
4/9.5
3205
32
1.1
81.4
92400
1,6
6,7
211
0SN
2005eq
2005-1
0-0
4.5
12
53647.5
12
−6.0
13
3322–10500
5.1
3/10.8
625
29
1.6
23.8
41500
66,7
211
0SN
2005eq
2005-1
0-0
7.6
33
53650.6
33
−2.9
85
3270–9330
4.5
/7
235
57
1.5
21.3
900
5,5
29
5SN
2005eq
2005-1
0-1
1.3
76
53654.3
76
0.6
63
3320–10500
5.3
6/9.9
6164
345
1.4
42.3
51500
1,6
6,7
211
6SN
2005eq
2005-1
2-0
2.3
43
53706.3
43
51.1
68
3882–9070
3340
344
1.1
40.7
0900
1,5
29
0SN
2005ew
2005-1
0-1
1.5
36
53654.5
36
18.2
33
3320–10500
5.4
1/9.2
9255
75
1.1
51.9
01800
1,6
6,7
211
0SN
2005ew
2005-1
1-0
2.4
02
53676.4
02
40.0
33
3326–10560
5.9
0/10.2
566
71
1.0
12.1
61800
64,7
111
0SN
2005eu
2005-1
0-0
6.5
84
53649.5
84
−10.0
68
4922–10080
380
98
1.1
61.0
3300
5,5
29
0SN
2005eu
2005-1
0-0
7.6
22
53650.6
22
−9.0
65
3270–9330
4.5
/7
275
89
1.4
01.3
600
5,5
29
0SN
2005eu
2005-1
0-1
1.3
50
53654.3
50
−5.4
63
3320–10500
6.3
0/10.8
4132
315
1.0
32.6
41500
1,6
6,7
211
6SN
2005eu
2005-1
2-0
2.4
75
53706.4
75
44.9
18
3877–9070
388
89
1.4
20.7
0400
1,5
29
0SN
2005hc
2005-1
1-0
8.4
65
53682.4
65
14.2
68
4900–10061
353
54
1.2
22.8
4600
1,5
29
0SN
2005hj
2005-1
1-0
8.4
57
53682.4
57
7.5
18
4900–10061
354
57
1.2
92.9
9600
1,5
29
0SN
2005hk
2005-1
1-0
2.2
06
53676.2
06
−8.2
93
3326–10560
7.7
1/10.6
9150
328
1.3
12.3
09000
64,7
111
0SN
2005hk
2005-1
1-0
5.3
32
53679.3
32
−5.2
05
3171–9240
6.5
/7
130
11
1.0
70.8
01200
1,5
25
0SN
2005hk
2005-1
1-0
6.2
92
53680.2
92
−4.2
58
4900–10061
333
332
1.0
90.8
9200
1,5
29
0SN
2005hk
2005-1
1-0
7.2
10
53681.2
10
−3.3
58
4900–10061
3300
300
1.4
20.5
5300
1,5
29
0SN
2005hk
2005-1
1-0
8.1
92
53682.1
92
−2.3
88
4900–10061
3299
298
1.5
50.9
7200
1,5
29
0SN
2005hk
2005-1
2-0
2.7
56
53706.7
56
21.8
78
3882–10077
344
46
1.1
60.7
0300
1,5
29
0SN
2005hk
2005-1
2-0
4.3
02
53708.3
02
23.4
05
3280–9320
4.5
/7
39
42
1.1
30.7
0240
1,5
,52,8
5,8
69
0SN
2005hk
2006-0
1-0
1.2
21
53736.2
21
50.9
68
3900–9061
380
39
1.1
30.7
5600
52
90
SN
2005hk
2006-0
1-2
4.1
42
53759.1
42
73.5
93
5176–10600
11
39
43
1.8
62.9
41800
71,8
2,8
311
0SN
2005hk
2006-1
1-2
3.2
34
54062.2
34
372.7
95
3162–9250
6.2
7/6.6
0318
324
1.1
42.0
61800
1,5
29
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 19
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2005hk
2006-1
2-2
3.2
16
54092.2
16
402.3
98
4936–10061
3120
17
1.0
71.1
71800
1,5
29
0SN
2005hk
2007-0
2-1
4.2
43
54145.2
43
454.7
45
5444–9238
7248
69
2.5
81
1800
1,4
7,5
2,8
15
0SN
2005iq
2005-1
1-0
7.2
15
53681.2
15
−5.8
68
4900–10061
3320
320
1.5
40.6
0300
1,5
29
0SN
2005kc
2005-1
2-0
3.1
88
53707.1
88
10.2
88
3850–9068
318
21
1.0
40.6
0300
1,5
,52
90
SN
2005kc
2005-1
2-0
5.1
81
53709.1
81
12.2
55
3280–9320
4.5
/7
16
21
1.0
40.8
5240
5,5
2,8
5,8
69
0SN
2005ke
2005-1
2-0
2.3
34
53706.3
34
7.8
08
3850–9070
333
337
1.5
00.7
0300
1,5
29
0SN
2005ke
2005-1
2-0
4.3
82
53708.3
82
9.8
35
3280–9320
4.5
/7
22
1.4
10.7
0150
1,5
,52,8
5,8
69
0SN
2005ke
2005-1
2-0
9.3
63
53713.3
63
14.7
93
3334–10600
7.3
9/12.7
2206
28
2.8
81.3
51200
71,8
111
0SN
2005ke
2006-0
1-0
5.2
42
53740.2
42
41.5
43
3310–10500
6.0
3/11
194
14
2.2
92.4
31800
64,8
111
0SN
2005ke
2006-0
1-2
3.2
21
53758.2
21
59.4
33
3316–10600
6.9
8/11.9
1207
23
2.5
73.3
21500
71,8
2,8
311
0SN
2005ke
2006-1
1-2
3.3
77
54062.3
77
362.1
15
3066–9250
6.2
5/6.5
5347
345
1.4
60.8
81200
1,5
29
0SN
2005ki
2005-1
2-0
2.6
49
53706.6
49
1.6
28
3850–9068
3136
318
1.0
30.7
0200
1,5
29
0SN
2005ki
2005-1
2-0
9.5
14
53713.5
14
8.3
53
3320–10600
7.0
8/12.8
9146
332
1.1
91.3
51800
71,8
111
0SN
2005ki
2006-0
1-0
6.4
98
53741.4
98
35.8
03
3310–10500
6.9
9/11.8
7173
61.1
44.8
32100
64,8
111
0SN
2005ls
2006-0
1-0
6.2
46
53741.2
46
26.2
93
3310–10500
6.6
5/11.4
9157
94
1.0
94.2
62100
64,8
111
0SN
2005ls
2006-0
1-3
0.2
20
53765.2
20
49.7
73
3330–10600
5.9
7/11
110
91
1.1
72.4
43902
71,8
2,8
311
0SN
2005ls
2006-0
2-0
6.2
60
53772.2
60
56.6
63
3310–10500
5.2
4/11.4
881
73
1.5
13.5
11800
64,8
011
0SN
2005lt
2006-0
1-0
5.5
60
53740.5
60
···
33310–10500
6.5
4/11
152
23
1.0
63.0
21800
64,8
111
0SN
2005lu
2006-0
1-0
5.1
80
53740.1
80
27.8
83
3310–10500
6.4
3/11
191
91.7
54.7
32102
64,8
111
0SN
2005m
c2006-0
1-0
5.3
68
53740.3
68
6.6
43
3310–10500
6.3
9/11
150
331
1.0
55.3
91500
64,8
111
0SN
2005m
c2006-0
1-2
4.3
54
53759.3
54
25.1
63
3320–10600
7.1
1/11.9
9192
81.0
42.8
51800
71,8
2,8
311
0SN
2005lz
2006-0
1-0
1.3
81
53736.3
81
0.5
88
4930–10061
380
96
1.4
50.7
5300
52
90
SN
2005m
s2006-0
1-0
6.4
00
53741.4
00
−1.8
83
3310–10500
6.6
0/12.3
6145
293
1.0
03.4
21800
64,8
111
0SN
2005m
s2006-0
1-2
3.3
18
53758.3
18
14.6
23
3316–10600
6.9
5/12.1
7159
280
1.0
33.2
11800
71,8
2,8
311
0SN
2005na
2006-0
1-0
5.3
35
53740.3
35
0.0
33
3310–10500
6.4
2/11
103
357
1.0
93.2
71800
64,8
111
0SN
2005na
2006-0
1-0
6.3
61
53741.3
61
1.0
33
3310–10500
7.0
6/12.2
1102
17
1.1
04.8
61800
64,8
111
6SN
2005na
2006-0
1-2
3.2
55
53758.2
55
17.4
93
3316–10600
7.1
1/11.9
7165
336
1.1
13.3
21500
71,8
2,8
311
6SN
2005na
2006-0
1-3
0.3
20
53765.3
20
24.3
83
3330–10600
7.4
9/11
268
31
1.1
32.7
81800
71,8
2,8
311
−3
SN
2005na
2006-0
2-0
6.3
10
53772.3
10
31.1
93
3608–10600
5.6
1/11.1
6147
35
1.1
53.3
42000
64,8
011
2SN
2006D
2006-0
1-2
4.4
35
53759.4
35
3.7
03
3320–10600
5.4
8/12.1
0152
328
1.8
42.8
1900
71,8
2,8
311
0SN
2006D
2006-0
2-0
6.5
39
53772.5
39
16.7
03
3512–9966
5.5
4/11.5
6205
17
1.5
43.6
0600
64,8
011
0SN
2006D
2006-0
2-2
2.5
13
53788.5
13
32.5
43
3325–10300
6.9
0/12.2
7209
23
1.6
11.1
51200
64,7
9,8
110
0SN
2006D
2006-0
3-2
2.4
49
53816.4
49
60.2
43
3320–10500
5.5
0/12.3
0202
26
1.6
72.7
11500
64,8
0,8
110
0SN
2006D
2006-0
5-2
8.2
38
53883.2
38
126.4
63
3310–10400
5.2
1/12.3
0194
17
1.5
42.3
72100
64,8
010
0SN
2006E
2006-0
3-2
2.4
78
53816.4
78
···
33320–10500
7.3
6/10.0
3204
29
1.2
72.2
71500
64,8
0,8
110
0SN
2006E
2006-0
6-2
0.3
01
53906.3
01
···
33306–10600
5.6
5/11.5
3222
44
1.5
63.6
22100
52,8
1,8
711
0SN
2006E
2006-0
7-0
4.2
57
53920.2
57
···
33310–5480
5.1
884
45
1.6
21.9
02700
64,7
910
0SN
2006H
2006-0
1-2
4.2
54
53759.2
54
7.0
13
3320–10600
6.6
7/11.9
884
82
1.1
82.8
51800
71,8
2,8
311
0SN
2006N
2006-0
1-2
3.2
86
53758.2
86
−1.8
93
3316–10600
5.9
8/12.6
0170
160
1.1
44.1
91500
71,8
2,8
311
0SN
2006N
2006-0
1-2
4.2
85
53759.2
85
−0.9
03
3320–10600
5.4
1/12.1
398
159
1.1
42.8
51600
71,8
2,8
311
0SN
2006N
2006-0
2-0
6.2
85
53772.2
85
11.9
13
3306–10500
5.4
7/10.9
9147
139
1.1
73.7
91200
64,8
011
0SN
2006N
2006-0
2-2
2.1
31
53788.1
31
27.5
43
3325–10300
6.5
8/12.0
7219
205
1.1
42.4
51200
64,7
9,8
110
0SN
2006S
2006-0
1-3
0.3
75
53765.3
75
−3.9
33
3330–10600
7.7
0/11
114
288
1.2
92.8
51800
71,8
2,8
311
0SN
2006S
2006-0
2-0
6.5
17
53772.5
17
2.9
93
3306–10500
5.1
0/11.3
370
71
1.0
12.4
11500
64,8
011
0SN
2006S
2006-0
2-2
2.4
76
53788.4
76
18.4
53
3325–10300
6.6
1/11.2
590
72
1.0
12.8
01800
64,7
9,8
110
0SN
2006X
2006-0
2-2
2.4
13
53788.4
13
3.1
53
3325–10300
6.2
6/12.0
9170
346
1.0
82.5
4900
64,7
9,8
110
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
20 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2006X
2006-0
3-2
2.4
22
53816.4
22
31.0
13
3320–10500
5.4
5/9.9
5172
40
1.1
62.5
41200
64,8
0,8
110
0SN
2006X
2006-0
4-2
8.3
24
53853.3
24
67.7
23
3320–10500
5.4
9/9.9
690
41
1.1
72.4
61300
64,8
110
0SN
2006X
2006-0
5-0
5.2
44
53860.2
44
74.6
03
3350–10400
7.1
3/12.0
7129
71.0
82.3
11500
52,7
2,8
111
0SN
2006X
2006-0
5-2
8.3
24
53883.3
24
97.5
63
3350–10500
6.8
8/12.3
2234
55
1.6
51.3
71500
64,8
010
0SN
2006X
2006-0
6-2
6.2
43
53912.2
43
126.3
33
3380–10586
5.8
1/11.6
7231
54
1.5
12.2
02400
64,8
1,8
711
0SN
2006X
2006-1
1-2
3.6
38
54062.6
38
275.9
45
3096–9250
6.2
5/6.4
0283
283
1.4
80.5
9500
1,5
29
0SN
2006X
2006-1
2-2
3.6
65
54092.6
65
305.8
18
4583–7231
1.5
290
294
1.0
20.8
6600
1,5
29
0SN
2006X
2007-0
2-1
4.4
99
54145.4
99
358.3
75
3200–9238
6.4
1/7
310
286
1.0
72.8
81800
1,4
7,5
2,8
15
0SN
2006ac
2006-0
2-2
2.4
39
53788.4
39
7.9
63
3325–10300
6/11.3
4126
327
1.0
02.6
31500
64,7
9,8
110
6SN
2006ac
2006-0
3-2
2.5
06
53816.5
06
35.3
93
3320–10500
5.5
3/10.1
8251
72
1.3
13.0
41800
64,8
0,8
110
5SN
2006ak
2006-0
2-2
2.3
89
53788.3
89
8.4
33
3325–10300
6.4
6/11.5
0201
17
1.0
12.3
01800
64,7
9,8
110
0SN
2006aym
2006-0
4-2
7.6
23
53852.6
23
···
53156–9250
7.2
2/7.7
485
84
1.2
51.3
01204
1,5
211
0SN
2006ax
2006-0
3-2
2.3
96
53816.3
96
−10.0
73
3320–10500
5.1
8/10.1
627
28
1.8
33.4
41800
64,8
0,8
110
0SN
2006ax
2006-0
4-2
8.2
24
53853.2
24
26.1
63
3320–10500
5.7
3/10.6
8183
41.5
53.0
41800
64,8
110
0SN
2006ax
2006-0
5-0
5.1
91
53860.1
91
33.0
13
3350–10400
7.0
3/12.1
3175
359
1.5
42.4
21800
52,7
2,8
111
0SN
2006az
2006-0
4-2
8.2
89
53853.2
89
26.3
03
3320–10500
5.5
3/10.8
990
144
1.0
82.5
31800
64,8
110
0SN
2006bqm
2006-0
4-2
7.6
36
53852.6
36
6.9
75
3096–9250
7.6
4/7.8
1163
157
1.0
70.9
8204
1,5
211
0SN
2006bq
2006-0
5-0
5.3
75
53860.3
75
14.5
53
3350–10400
7.2
6/12.0
1100
280
1.2
02.4
51500
52,7
2,8
111
0SN
2006bq
2006-0
5-0
5.4
73
53860.4
73
14.6
43
3350–10400
6/12.3
541
249
1.0
12.4
51800
52,7
2,8
111
0SN
2006bq
2006-0
6-0
5.4
39
53891.4
39
44.9
43
3310–10600
5.1
5/12.4
9286
106
1.0
13.1
81815
72,8
110
0SN
2006br
2006-0
4-2
8.3
89
53853.3
89
3.8
73
3320–5470
5.7
3216
44
1.2
62.5
31500
64,8
110
0SN
2006br
2006-0
5-0
5.2
97
53860.2
97
10.6
23
3350–10400
6.9
2/11.5
0113
11
1.1
02.4
51500
52,7
2,8
111
0SN
2006btm
2006-0
4-2
7.6
29
53852.6
29
−5.3
05
3100–9250
7.1
5/7.6
382
82
1.3
81.0
5304
1,5
211
0SN
2006bt
2006-0
4-2
8.4
25
53853.4
25
−4.5
33
3320–10500
5.5
7/10.9
5190
21
1.0
62.3
01800
64,8
110
0SN
2006bt
2006-0
5-0
5.4
44
53860.4
44
2.2
73
3350–10400
6.8
5/11.4
741
44
1.1
12.0
91800
52,7
2,8
111
0SN
2006bt
2006-0
6-0
5.3
66
53891.3
66
32.2
33
3310–10600
6.8
9/12.5
3223
46
1.1
31.9
32100
72,8
110
0SN
2006bt
2006-0
6-2
6.3
84
53912.3
84
52.5
93
3316–10600
6/11.8
8274
57
1.3
91.5
02400
64,8
1,8
711
0SN
2006bu
2006-0
5-0
5.3
25
53860.3
25
4.2
23
3350–10400
7.1
6/12.5
7193
15
1.2
02.1
52400
52,7
2,8
111
0SN
2006bw
2006-0
5-0
5.3
53
53860.3
53
8.9
03
3350–10400
7.2
1/12.5
1193
14
1.2
22.0
71500
52,7
2,8
111
0SN
2006bw
2006-0
5-2
8.3
83
53883.3
83
31.2
63
3310–10400
6.8
6/12.2
2222
44
1.6
21.9
02400
64,8
010
0SN
2006bz
2006-0
5-0
5.2
18
53860.2
18
−2.4
43
3350–10400
7.0
8/12.2
8129
310
1.0
43.5
91800
52,7
2,8
111
0SN
2006cc
2006-0
6-0
5.4
06
53891.4
06
17.6
73
3310–10600
5.2
5/12.4
4270
90
1.1
33.0
12700
72,8
110
0SN
2006ch
2006-0
5-2
8.0
00
53883.0
00
···
33310–10400
5.0
8/11
297
295
1.5
22.3
31800
64,8
010
0SN
2006ch
2006-0
6-2
0.4
75
53906.4
75
···
33306–10600
6.0
9/12.0
9113
294
1.2
11.6
3600
52,8
1,8
711
0SN
2006ce
2006-0
8-1
8.4
99
53965.4
99
···
33298–10600
5.5
6/12.0
1166
346
2.0
12.8
31800
72,8
711
0SN
2006ce
2006-1
0-2
4.3
03
54032.3
03
···
33316–10500
7.5
0/12.4
4158
346
2.0
22.1
92400
64,7
2,7
911
0SN
2006ce
2006-1
1-2
3.3
57
54062.3
57
···
53032–9250
6.2
9/6.6
0359
359
1.3
30.9
3400
1,5
29
0SN
2006cf
2006-0
5-2
3.2
91
53878.2
91
6.2
83
3320–10500
5.0
0/9.6
284
51.3
54.6
41800
72,8
110
0SN
2006cf
2006-0
5-2
8.2
99
53883.2
99
11.0
93
3310–10400
5.2
2/12.1
1255
74
1.5
62.3
11500
64,8
010
0SN
2006cf
2006-0
6-0
5.2
21
53891.2
21
18.6
93
3310–10500
6/11
87
86
1.2
43.1
82100
72,8
110
0SN
2006cj
2006-0
5-2
8.3
49
53883.3
49
3.4
33
3310–10400
5.2
6/10.9
1243
64
1.4
51.9
71800
64,8
010
0SN
2006cm
2006-0
5-2
8.4
24
53883.4
24
−1.1
53
3310–10400
6.1
2/12.1
0317
319
1.7
82.6
81800
64,8
010
0SN
2006cm
2006-0
6-0
5.4
70
53891.4
70
6.7
73
3310–10600
6.9
3/12.8
4156
338
1.3
63.1
81500
72,8
110
0SN
2006cm
2006-0
6-2
0.4
10
53906.4
10
21.4
73
3306–10600
6.2
2/12.4
1145
328
1.4
82.9
01800
52,8
1,8
711
0SN
2006cm
2006-0
7-0
4.4
55
53920.4
55
35.2
93
3310–10700
6.2
3/12.4
8182
51.2
91.1
72400
64,7
910
0SN
2006ct
2006-0
6-2
0.3
28
53906.3
28
···
33366–10558
5.7
5/11.5
3250
69
1.8
34.7
21500
52,8
1,8
711
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 21
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2006ct
2006-0
6-2
6.2
77
53912.2
77
···
33310–10600
5.9
3/11.8
5257
76
1.5
14.4
61800
64,8
1,8
711
0SN
2006cp
2006-0
6-0
5.2
81
53891.2
81
−5.3
03
3310–10600
6.8
3/12.5
0238
59
1.3
92.5
21500
72,8
110
0SN
2006cq
2006-0
6-0
5.3
07
53891.3
07
2.0
03
3310–10600
5.3
2/12.4
6248
68
1.2
12.4
31800
72,8
110
0SN
2006cs
2006-0
6-0
5.3
35
53891.3
35
2.2
83
3310–10600
6.7
9/11.9
1241
73
1.2
54.6
62100
72,8
110
0SN
2006da
2006-0
6-2
0.4
37
53906.4
37
···
33348–10600
6.3
0/11.6
2126
307
1.5
72.5
81500
52,8
1,8
711
0SN
2006da
2006-0
6-2
6.4
16
53912.4
16
···
33316–10600
5.5
9/12.8
1305
306
1.6
34.7
01800
64,8
1,8
711
0SN
2006da
2006-0
7-0
4.3
93
53920.3
93
···
33312–10698
6.2
3/11.0
6126
307
1.5
43.1
51800
64,7
910
0SN
2006dam
2006-0
8-0
2.3
53
53949.3
53
···
33316–10500
5.9
3/11.9
8132
313
1.2
95.5
12400
72,8
711
0SN
2006cz
2006-0
6-2
0.2
66
53906.2
66
1.1
23
3348–10600
5.6
9/11.7
5194
19
1.4
12.6
31800
52,8
1,8
711
0SN
2006cz
2006-0
6-2
6.3
04
53912.3
04
6.9
13
3310–10600
6.0
5/11.9
0213
36
1.7
14.4
51500
64,8
1,8
711
0SN
2006cz
2006-0
7-0
4.3
29
53920.3
29
14.6
23
3310–10648
5.0
8/12.1
247
46
2.6
12.2
82100
64,7
910
0SN
2006cz
2006-0
7-2
1.2
44
53937.2
44
30.8
53
3350–10400
6.8
3/12.2
130
40
1.8
92.2
22100
52,8
1,8
711
0SN
2006cz
2006-0
7-2
7.2
34
53943.2
34
36.6
03
3350–10500
6.2
5/12.1
3215
41
1.9
73.2
92100
64,7
2,8
111
0SN
2006dh
2006-0
6-2
6.3
39
53912.3
39
···
33362–10576
6.1
5/11.8
4252
72
1.5
32.5
02100
64,8
1,8
711
0SN
2006di
2006-0
7-2
5.6
05
53941.6
05
···
53200–9320
4.5
/7
344
344
1.6
61.2
5150
85,8
8,8
99
0SN
2006dm
2006-0
7-0
4.4
21
53920.4
21
−7.9
03
3310–10700
6.3
2/10.7
1138
320
1.8
53.9
01800
64,7
910
0SN
2006dm
2006-0
7-2
1.4
26
53937.4
26
8.7
33
3350–10400
7.6
5/11.6
9151
333
1.4
61.9
61500
52,8
1,8
711
5SN
2006dm
2006-0
7-2
7.4
28
53943.4
28
14.6
13
3504–9844
6.3
4/10.9
4152
339
1.3
94.3
92100
64,7
2,8
111
5SN
2006dm
m2006-0
8-0
2.3
94
53949.3
94
20.4
43
3308–10500
7.1
9/11.7
7150
333
1.4
63.2
72100
72,8
711
5SN
2006dm
2006-0
8-1
8.3
57
53965.3
57
36.0
63
3298–10600
5.4
9/12.3
2151
331
1.5
01.1
32400
72,8
711
5SN
2006do
2006-0
7-2
1.4
77
53937.4
77
···
33744–10198
6.5
9/12.2
4172
357
2.3
71.2
51800
52,8
1,8
711
0SN
2006do
2006-0
7-2
7.4
76
53943.4
76
···
33520–9248
6.3
2/10.8
4170
22.3
62
2100
64,7
2,8
111
0SN
2006dom
2006-0
8-0
2.4
61
53949.4
61
···
33310–10490
6.2
6/11.8
9181
22.3
63.2
2100
72,8
711
0SN
2006do
2006-0
8-1
8.3
96
53965.3
96
···
33298–10600
5.4
5/11.5
6171
350
2.4
41.1
12700
72,8
711
0SN
2006dv
2006-0
7-2
5.6
11
53941.6
11
···
53200–9320
4.5
/7
48
49
1.0
91.2
5150
85,8
8,8
99
0SN
2006dv
2006-0
7-2
7.3
57
53943.3
57
···
33350–10400
6.4
9/11.6
2133
319
1.4
62.2
92100
64,7
2,8
111
0SN
2006dvm
2006-0
8-0
2.3
19
53949.3
19
···
33310–10500
6.6
9/11.7
0134
315
1.6
32.7
12400
72,8
711
0SN
2006dv
2006-0
8-1
8.3
17
53965.3
17
···
33330–10576
5.4
3/12.3
1139
320
1.4
31.9
22700
72,8
711
0SN
2006dv
2006-0
8-2
4.2
77
53971.2
77
···
33320–10399
6.8
0/11.7
5137
318
1.4
82
2700
72,8
111
0SN
2006eb
m2006-0
8-0
2.4
31
53949.4
31
···
33308–10500
6.5
9/11.2
4142
324
1.5
23.2
2100
72,8
711
0SN
2006eb
2006-0
8-1
8.4
66
53965.4
66
···
33298–10600
5.5
3/12.3
0165
346
1.2
83.9
72400
72,8
711
0SN
2006dw
2006-0
7-2
7.2
89
53943.2
89
···
33350–10400
6.1
5/11.7
9250
73
1.2
12.2
41500
64,7
2,8
111
0SN
2006dw
m2006-0
8-0
2.2
52
53949.2
52
···
33308–10500
5.0
5/12.2
975
75
1.1
42.3
01500
72,8
711
0SN
2006dw
2006-0
8-1
8.2
66
53965.2
66
···
33298–10600
5.0
3/11.8
774
71
1.3
52.0
41800
72,8
711
0SN
2006dw
2006-0
8-2
4.2
33
53971.2
33
···
33320–10399
6.6
3/12.0
5254
72
1.3
15.3
91800
72,8
111
0SN
2006dy
2006-0
7-2
7.1
91
53943.1
91
···
33350–10400
6/12.3
042
47
1.3
03.3
21500
64,7
2,8
111
0SN
2006dym
2006-0
8-0
2.2
25
53949.2
25
···
33310–10500
5.0
0/11.6
653
54
1.6
82.2
11200
72,8
711
0SN
2006dy
2006-0
8-1
8.2
02
53965.2
02
···
33296–10600
4.9
0/10.2
856
54
1.8
62.8
61200
72,8
711
0SN
2006dy
2006-0
8-2
4.1
72
53971.1
72
···
33320–10400
6.6
6/11.5
1236
54
1.7
72.6
71500
72,8
111
0SN
2006dy
2006-0
9-0
2.1
59
53980.1
59
···
33320–10400
6.1
3/12.1
558
55
1.9
34.8
81500
64,6
6,7
211
0SN
2006ef
2006-0
8-2
4.4
54
53971.4
54
3.2
03
3320–10400
6.5
7/11.7
5164
342
1.5
12.2
61500
72,8
111
5SN
2006ef
m2006-0
9-1
9.4
21
53997.4
21
28.7
13
3320–10600
6/11.5
8169
353
1.4
52.3
01500
81,8
710
6SN
2006ef
2006-0
9-2
5.3
77
54003.3
77
34.5
63
3310–10400
6.2
0/10.6
5168
346
1.4
82.3
22100
64,8
111
5SN
2006gr
2006-0
9-2
5.2
02
54003.2
02
−8.7
03
3310–10400
6.8
4/10.5
3118
295
1.0
72.0
92100
64,8
111
0SN
2006gr
2006-1
0-2
4.1
50
54032.1
50
19.2
83
3310–10500
7.1
8/11.8
2122
304
1.0
32.1
52100
64,7
2,7
911
0SN
2006gr
2006-1
0-3
0.1
01
54038.1
01
25.0
33
3342–10500
5.3
9/11.0
7114
294
1.0
82.1
82100
1,6
6,8
111
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
22 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2006ej
2006-0
8-2
4.4
30
53971.4
30
−3.7
03
3320–10399
6.6
0/11.5
6177
355
1.4
52.2
41800
72,8
111
0SN
2006ej
2006-0
9-0
2.3
98
53980.3
98
5.0
93
3320–10400
6.6
8/11.3
9173
353
1.4
64.0
81202
64,6
6,7
211
0SN
2006ej
m2006-0
9-1
9.2
90
53997.2
90
21.6
53
3320–10600
6/12.5
3149
329
1.7
52.5
91500
81,8
710
0SN
2006ej
2006-0
9-2
5.2
99
54003.2
99
27.5
43
3310–10400
6/12.4
3161
339
1.5
52.6
51500
64,8
111
0SN
2006em
2006-0
9-0
2.4
40
53980.4
40
4.1
63
3320–10400
6.6
9/12.1
89
258
1.0
31.7
62100
64,6
6,7
211
0SN
2006em
m2006-0
9-1
9.4
56
53997.4
56
20.8
53
3510–10182
6/10.9
2205
181
1.0
01.6
52100
81,8
710
0SN
2006em
2006-0
9-2
5.4
15
54003.4
15
26.7
03
3310–10400
6/10.2
7237
220
1.0
12.3
92400
64,8
111
0SN
2006en
m2006-0
9-0
2.3
19
53980.3
19
8.5
53
3320–10400
6.5
4/11
124
306
1.0
32
1200
64,6
6,7
211
−5
SN
2006en
m2006-0
9-1
9.2
09
53997.2
09
24.9
13
3592–10600
6/12.5
4114
293
1.1
92.2
21500
81,8
710
5SN
2006en
2006-0
9-2
5.2
32
54003.2
32
30.7
53
3732–10242
6.6
4/12.0
7119
297
1.0
62.0
91800
64,8
111
−5
SN
2006es
2006-0
9-0
2.4
82
53980.4
82
···
33320–10400
6.8
9/11.8
696
270
1.0
53.6
22100
64,6
6,7
211
0SN
2006es
m2006-0
9-1
9.4
99
53997.4
99
···
33364–10190
6/10.7
9256
242
1.0
01.4
22400
81,8
710
0SN
2006eu
m2006-0
9-1
9.1
55
53997.1
55
10.1
73
3320–10600
6/12.3
4226
222
1.0
42.2
21800
81,8
710
5SN
2006eu
2006-0
9-2
5.1
43
54003.1
43
16.0
23
3310–10400
5.1
9/10.6
4212
206
1.0
32.3
02100
64,8
111
6SN
2006et
m2006-0
9-1
9.3
45
53997.3
45
3.2
93
3320–10600
6/11.0
0168
348
2.1
33.0
51500
81,8
710
0SN
2006et
2006-0
9-2
5.3
21
54003.3
21
9.1
43
3310–10400
6.4
4/10.5
3172
349
2.1
24.5
41500
64,8
111
0SN
2006et
2006-1
0-3
0.2
78
54038.2
78
43.3
43
3328–10500
7.1
1/11.4
9184
62.0
71
2100
1,6
6,8
111
0SN
2006ev
m2006-0
9-1
9.1
83
53997.1
83
10.5
43
3320–10600
6/12.0
0142
322
1.1
72.4
01500
81,8
710
0SN
2006ev
2006-0
9-2
5.1
75
54003.1
75
16.3
63
3310–10400
5.2
6/12.6
1149
329
1.1
32.6
91500
64,8
111
0SN
2006gj
2006-0
9-2
5.4
82
54003.4
82
4.7
03
3310–10400
5.3
3/11.0
9191
81.2
92.0
91500
64,8
111
0SN
2006gt
2006-0
9-2
5.3
48
54003.3
48
3.0
83
3310–10400
6.2
9/11.7
8174
352
1.2
92.3
52100
64,8
111
0SN
2006ha
2006-1
1-2
4.3
51
54063.3
51
49.5
58
4792–10007
380
77
1.4
40.9
0600
1,5
2,9
09
0SN
2006hb
2006-1
0-3
0.4
89
54038.4
89
39.3
83
3328–10500
7.3
8/12.7
0195
16
2.0
41
2100
1,6
6,8
111
0SN
2006hn
2006-1
0-2
4.4
88
54032.4
88
···
33312–10500
7.5
2/11.7
192
271
1.6
12.3
71800
64,7
2,7
911
0SN
2006je
2006-1
0-2
4.2
47
54032.2
47
20.1
83
3310–10500
7.1
3/10.1
6109
288
1.0
91.4
82100
64,7
2,7
911
6SN
2006je
2006-1
0-3
0.3
13
54038.3
13
26.0
23
3326–10500
6.8
4/11.6
2169
17
1.0
02.2
62100
1,6
6,8
111
0SN
2006ke
2006-1
0-2
4.3
97
54032.3
97
2.3
63
3312–10500
7.2
4/10.1
554
231
1.2
32
2400
64,7
2,7
911
0SN
2006ke
2006-1
0-3
0.5
25
54038.5
25
8.3
83
3328–10500
6.8
0/12.6
1155
152
1.1
72.1
12400
1,6
6,8
111
0SN
2006kf
2006-1
0-2
4.3
52
54032.3
52
−8.9
63
3312–10500
7.5
1/11.6
8152
334
1.2
01.6
52000
64,7
2,7
911
0SN
2006kf
2006-1
0-3
0.3
85
54038.3
85
−3.0
53
3328–10500
7.0
0/10.2
4176
360
1.1
41.9
41800
1,6
6,8
111
0SN
2006kf
2006-1
1-2
0.2
41
54059.2
41
17.3
73
3314–10500
7.2
5/10.7
2141
321
1.3
21.7
02700
81,8
711
0SN
2006nr
2006-1
1-2
0.4
70
54059.4
70
···
33314–10500
6.3
7/10.2
4164
164
1.5
21.9
51401
81,8
711
0SN
2006lf
2006-1
0-3
0.4
20
54038.4
20
−6.3
03
3328–10500
5.1
6/11.8
0208
191
1.0
11.9
22100
1,6
6,8
111
5SN
2006lf
2006-1
1-2
0.2
76
54059.2
76
14.2
93
3314–10500
7.1
7/10.3
487
266
1.1
11.5
52400
81,8
711
6SN
2006lf
2006-1
2-0
1.1
94
54070.1
94
25.0
63
3310–10500
6/11.4
896
278
1.2
91.9
22400
64,8
111
6SN
2006lf
2006-1
2-2
0.1
50
54089.1
50
43.7
73
3310–10500
6.7
5/11
103
277
1.2
52.3
72400
66,7
2,8
111
4SN
2006le
2006-1
0-3
0.4
56
54038.4
56
−8.6
93
3328–10500
7.2
8/12.8
5174
169
1.1
11.6
02100
1,6
6,8
111
5SN
2006le
2006-1
1-2
0.4
27
54059.4
27
11.9
23
3314–10500
6.7
7/11.1
0177
151
1.1
21.8
32400
81,8
711
3SN
2006le
2006-1
2-2
0.1
96
54089.1
96
41.1
83
3310–10500
6.7
8/11.6
569
240
1.2
11.9
02400
66,7
2,8
111
0SN
2006m
o2006-1
1-2
0.1
74
54059.1
74
12.4
63
3314–10500
7.0
0/10.9
1100
279
1.0
14.9
22400
81,8
711
0SN
2006m
p2006-1
1-2
0.1
01
54059.1
01
5.6
63
3314–10500
6.3
9/11.1
771
70
1.7
41.7
72100
81,8
711
0SN
2006ob
2006-1
2-0
1.1
07
54070.1
07
7.6
53
3310–10500
6/12.3
8135
319
1.6
62
2400
64,8
111
0SN
2006or
2006-1
1-2
3.6
54
54062.6
54
−2.7
95
3046–9250
6.2
3/6.2
3260
259
1.1
91.2
6200
1,5
29
0SN
2006or
2006-1
2-0
1.5
30
54070.5
30
4.9
33
3310–10252
6/12.4
4110
293
1.1
83.3
31500
64,8
111
0SN
2006os
2006-1
2-0
1.1
42
54070.1
42
8.6
13
3310–10500
6.7
4/12.0
6125
307
1.4
12.3
92100
64,8
111
0SN
2006os
2006-1
2-2
0.2
33
54089.2
33
27.0
93
3310–10500
6.6
7/11
197
15
1.0
83.7
32400
66,7
2,8
111
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 23
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2006ot
2006-1
1-2
3.3
62
54062.3
62
···
53114–9250
6.4
3/7.0
05
51.3
20.9
9200
1,5
29
0SN
2006ot
2006-1
2-0
1.2
41
54070.2
41
···
33306–10500
6/12.1
2174
11.8
92
2100
64,8
111
0SN
2006ow
2006-1
2-0
1.3
09
54070.3
09
···
33310–10500
7.2
3/12.1
9254
254
1.3
54.7
22100
64,8
111
0SN
2006qo
2006-1
2-0
1.4
36
54070.4
36
−11.0
83
3310–10500
7.2
6/11.0
3215
214
1.0
82
2700
64,8
111
0SN
2006sr
2006-1
2-2
0.0
96
54089.0
97
−2.3
43
3310–10500
6.6
6/10.6
2184
31.0
31.9
31800
66,7
2,8
111
0SN
2006sr
2006-1
2-2
5.2
42
54094.2
42
2.6
95
3278–9240
4.5
/6.2
393
94
1.0
81.2
6200
1,5
211
0SN
2006su
2006-1
2-2
3.6
72
54092.6
72
···
84473–9574
3145
218
1.0
70.9
0200
1,5
29
0SN
2006td
2007-0
1-2
1.2
18
54121.2
18
22.6
23
3388–10588
5.2
1/11.6
676
75
1.2
21.2
01500
66,8
711
0SN
2006te
2007-0
1-2
1.3
93
54121.3
93
24.2
23
3326–10600
5.3
0/10.7
376
108
1.0
21.0
51800
66,8
711
0SN
2006te
2007-0
1-2
6.3
26
54126.3
26
29.0
03
3330–10500
6.7
5/11
43
200
1.0
03
1800
72,8
711
0SN
2006te
2007-0
2-1
8.3
07
54149.3
07
51.2
83
3334–10140
5.8
8/10.1
074
115
1.0
13.0
91800
66,8
710
0SN
2007A
2007-0
1-1
3.2
08
54113.2
08
2.3
75
3284–9254
4.5
/6.5
970
71
1.1
01.1
1150
52
11
0SN
2007A
2007-0
1-2
6.1
40
54126.1
40
15.0
73
3326–10500
5.1
4/12.4
953
51
1.5
22.4
61500
72,8
711
0SN
2007A
2007-0
2-1
8.1
44
54149.1
44
37.6
83
3378–10270
5.2
5/10.6
655
55
2.3
43.0
01800
66,8
710
0SN
2007B
2007-0
1-1
3.2
03
54113.2
03
···
53284–9254
4.5
/7.0
791
95
1.4
61.2
9200
52
11
0SN
2007B
2007-0
1-2
1.2
19
54121.2
19
···
53218–9250
5.3
8/7
87
87
1.9
01.1
7150
1,5
2,8
111
0SN
2007B
2007-0
1-2
6.1
16
54126.1
16
···
33326–10500
6.3
3/12.1
068
67
1.6
44.9
31500
72,8
711
0SN
2007E
2007-0
1-1
3.2
13
54113.2
13
···
53284–9254
4.5
/6.4
0352
354
1.2
31.5
0150
52
11
0SN
2007E
2007-0
1-2
1.1
92
54121.1
92
···
33326–10600
5.2
0/10.6
525
26
1.9
74.4
31200
66,8
711
0SN
2007F
2007-0
1-1
3.6
58
54113.6
58
−9.3
55
3318–9254
4.5
/7.2
4188
184
1.1
61.3
2300
52
11
0SN
2007F
2007-0
1-2
6.5
34
54126.5
34
3.2
33
3330–10500
6.1
3/11.4
0186
180
1.0
32.1
81500
72,8
711
0SN
2007F
2007-0
2-1
8.4
20
54149.4
20
25.5
93
3334–10500
6.0
6/11.5
365
238
1.0
72.0
11800
66,8
710
0SN
2007F
2007-0
3-1
7.6
36
54176.6
36
52.1
88
4494–9581
3286
107
1.5
80.8
0450
47,8
19
0SN
2007M
2007-0
1-2
2.4
87
54122.4
87
···
84427–9569
3277
276
1.2
90.8
01000
1,5
2,8
19
0SN
2007N
2007-0
1-2
2.5
83
54122.5
83
0.4
48
4448–9569
3327
331
1.2
00.8
0400
1,5
2,8
19
0SN
2007N
2007-0
2-1
4.6
68
54145.6
68
23.2
35
3200–9238
6.0
9/7
50
51
1.4
41.1
2400
1,4
7,5
2,8
15
0SN
2007O
2007-0
1-2
2.6
63
54122.6
63
−0.3
38
4432–9569
3220
218
1.1
60.8
0200
1,5
2,8
19
0SN
2007O
2007-0
2-1
8.4
87
54149.4
87
25.5
63
3334–10292
6.1
7/9.9
880
257
1.0
72.6
52100
66,8
710
0SN
2007R
2007-0
2-1
8.2
30
54149.2
30
21.5
83
3472–10074
5.7
8/10.9
826
233
1.0
23.2
31800
66,8
710
0SN
2007S
2007-0
2-1
8.3
75
54149.3
75
5.1
83
3334–10500
6.1
5/10.0
7189
11
1.2
01.8
01500
66,8
710
0SN
2007S
2007-0
3-1
8.3
57
54177.3
57
32.7
85
3450–9240
6.4
0/8.5
6353
355
1.0
40.9
7240
47,8
111
0SN
2007Sm
2007-0
4-1
6.3
52
54206.3
52
61.3
85
3116–9330
5.3
4/8.7
643
56
1.1
34.5
0600
52,8
5,8
8,9
15
0SN
2007V
2007-0
2-1
4.5
77
54145.5
77
···
53210–9238
6.2
7/7
237
58
1.4
11.8
0250
1,4
7,5
2,8
15
0SN
2007af
2007-0
3-1
3.5
45
54172.5
45
−1.2
53
3350–10500
7.2
4/11.0
6212
33
1.4
61.8
7360
1,8
1,8
711
6SN
2007af
2007-0
3-1
7.6
53
54176.6
53
2.8
48
4421–9581
3239
60
1.3
60.8
0150
47,8
19
6SN
2007af
2007-0
3-1
8.6
33
54177.6
33
3.8
15
3450–9240
6.0
6/7
60
56
1.2
71.1
630
47,8
111
6SN
2007af
2007-0
4-1
0.3
96
54200.3
96
26.4
53
3314–10600
7.5
1/12.5
9183
51.2
72.5
4900
1,7
1,7
211
6SN
2007af
2007-0
6-1
4.3
14
54265.3
14
91.0
23
3324–10500
6.8
1/10.1
236
39
1.6
12.3
51800
66,6
8,7
111
0SN
2007af
2007-0
7-0
7.2
05
54288.2
05
113.7
83
3310–10500
7.4
2/11
203
25
1.3
63.1
31800
66,8
1,9
211
0SN
2007af
2007-0
7-1
5.2
13
54296.2
13
121.7
53
3324–10500
5.0
3/11
31
35
1.4
92.8
91800
66,6
8,9
211
0SN
2007af
2007-0
8-0
7.2
14
54319.2
14
144.6
23
3328–10600
5.3
9/10.7
3224
47
2.2
32.0
81800
81,9
211
0SN
2007af
2007-0
8-2
1.2
10
54333.2
10
158.5
43
3638–10370
5.0
7/12.6
648
50
2.9
31.5
1500
71,9
210
0SN
2007aj
2007-0
3-1
3.3
74
54172.3
74
10.7
53
3350–10500
5.4
9/11.3
6205
202
1.0
51.8
81200
1,8
1,8
711
0SN
2007aj
2007-0
4-1
0.4
43
54200.4
43
38.0
03
3314–10600
7.2
2/12.4
9189
101
1.2
12.5
11800
1,7
1,7
211
0SN
2007al
2007-0
3-1
3.2
89
54172.2
89
3.3
93
3340–10500
6.3
0/12.4
0182
31.8
32.4
71500
1,8
1,8
711
0SN
2007ap
2007-0
3-1
7.6
49
54176.6
49
9.3
78
4442–9581
3248
74
1.0
30.8
0240
47,8
19
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
24 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2007ap
2007-0
4-1
0.5
02
54200.5
02
32.8
53
3314–10600
5.5
3/12.4
4102
34
1.1
23.1
11500
1,7
1,7
211
0SN
2007ap
2007-0
4-1
3.6
33
54203.6
33
35.9
38
4488–9574
379
79
1.1
90.6
0200
1,5
2,8
19
0SN
2007ao
2007-0
3-1
7.6
44
54176.6
44
···
84555–9581
3252
71
1.2
30.8
0360
47,8
19
0SN
2007au
2007-0
4-1
0.1
92
54200.1
92
16.1
13
3324–10600
5.3
5/11.7
8104
101
1.1
52.4
42100
1,7
1,7
211
6SN
2007au
2007-0
4-2
6.2
55
54216.2
55
31.8
53
3706–9276
6.3
2/12.2
8255
75
1.6
12.2
81800
72,8
710
0SN
2007ax
2007-0
4-1
0.2
81
54200.2
81
14.9
33
3314–10600
5.3
3/12.6
460
59
1.4
63
1200
1,7
1,7
211
0SN
2007ba
2007-0
4-1
0.4
75
54200.4
75
2.1
43
3314–10600
5.6
1/11.9
8205
26
1.2
14.0
02400
1,7
1,7
211
0SN
2007ba
2007-0
4-1
3.6
29
54203.6
29
5.1
88
4447–9574
369
69
1.3
70.6
0300
1,5
2,8
19
0SN
2007ba
2007-0
4-1
6.6
23
54206.6
23
8.0
68
4447–9574
369
69
1.3
80.7
0400
11,7
8,9
3,9
4,9
59
0SN
2007bc
2007-0
4-1
0.3
23
54200.3
23
0.6
13
3314–10600
6.9
8/10.9
746
45
1.1
12.1
41200
1,7
1,7
211
5SN
2007bc
2007-0
4-2
6.3
87
54216.3
87
16.3
53
3578–10500
5.6
9/11.3
358
58
1.6
72.5
1500
72,8
710
−6
SN
2007bd
2007-0
4-1
0.2
54
54200.2
54
−5.7
93
3316–10600
5.2
1/11.8
440
40
1.6
84.2
32100
1,7
1,7
211
0SN
2007bd
2007-0
4-2
6.2
26
54216.2
26
9.7
03
3614–10500
6.3
7/12.0
9219
41
1.7
21.3
01800
72,8
710
0SN
2007bj
2007-0
4-2
6.4
93
54216.4
93
14.2
53
3340–10500
6.1
1/12.1
9204
26
1.3
93.7
6900
72,8
710
6SN
2007bj
2007-0
5-1
0.4
71
54230.4
71
28.0
03
3468–10600
6.5
1/12.1
6208
30
1.4
51.5
1500
1,8
1,8
711
−5
SN
2007bj
2007-0
5-2
4.4
23
54244.4
23
41.7
33
3304–10600
5.7
3/12.0
0205
30
1.4
41.5
1500
64,6
8,7
211
5SN
2007bm
2007-0
4-2
6.2
78
54216.2
78
−7.7
93
3340–10500
6.5
7/11.9
7198
19
1.5
63.8
31200
72,8
710
0SN
2007bm
2007-0
5-1
9.2
39
54239.2
39
15.0
33
3386–10500
5.5
8/11.0
9204
26
1.6
62
1800
64,8
710
0SN
2007bm
2007-0
5-2
4.1
99
54244.1
99
19.9
63
3320–10500
5.8
6/12.1
7196
17
1.5
43.6
51800
64,6
8,7
210
0SN
2007bm
2007-0
6-1
4.2
16
54265.2
16
40.8
43
3324–10500
5.0
1/11.3
439
40
2.3
33.0
41800
66,6
8,7
111
0SN
2007bz
2007-0
4-2
6.4
19
54216.4
19
1.6
53
3340–10500
5.8
2/12.3
458
59
1.3
54.6
11500
72,8
710
0SN
2007ca
2007-0
4-2
6.3
05
54216.3
05
−11.1
43
3456–10500
6.5
7/11.1
5174
356
1.6
43.7
71500
72,8
710
0SN
2007ca
2007-0
5-2
4.2
91
54244.2
91
16.4
63
3530–10262
6.2
3/10.8
1196
18
1.7
53.4
31500
64,6
8,7
210
6SN
2007ca
2007-0
6-0
9.2
77
54260.2
77
32.2
23
3314–10500
5.2
5/12.6
527
29
2.0
52.8
32100
66,7
111
5SN
2007cf
2007-0
5-1
0.4
12
54230.4
12
···
33330–10600
6.2
0/12.4
3243
29
1.2
11.5
1800
1,8
1,8
711
0SN
2007cg
2007-0
5-2
4.2
34
54244.2
34
16.1
73
3580–10486
6.1
2/11
176
359
2.1
21.6
91800
64,6
8,7
210
0SN
2007ci
2007-0
5-1
9.3
16
54239.3
16
−6.5
73
3428–10156
5.3
5/10.3
957
57
1.4
33.0
41800
64,8
710
0SN
2007ci
2007-0
5-2
4.2
64
54244.2
64
−1.7
13
3320–10500
6.3
0/11.1
0231
52
1.2
22.6
51800
64,6
8,7
210
5SN
2007ci
2007-0
6-0
9.2
44
54260.2
44
13.9
93
3310–10500
5.3
1/10.3
155
56
1.4
03.5
21800
66,7
111
6SN
2007ci
2007-0
6-2
3.2
49
54274.2
49
27.7
53
3308–10500
6.6
6/11
58
58
1.8
32.6
52400
64,6
611
0SN
2007co
2007-0
6-0
9.3
98
54260.3
98
−4.0
93
3310–10500
5.3
6/9.7
3244
20
1.0
12.9
71800
66,7
111
6SN
2007co
2007-0
6-1
4.4
68
54265.4
68
0.8
53
3324–10500
6.9
6/9.9
2245
66
1.1
42.1
72400
66,6
8,7
111
5SN
2007co
2007-0
6-2
3.4
08
54274.4
08
9.5
53
3312–10500
5.2
4/12.1
4246
61
1.0
62.0
11800
64,6
611
6SN
2007co
2007-0
7-0
7.3
16
54288.3
16
23.0
93
3310–10500
7.1
3/10.5
9246
71.0
12.7
02400
66,8
1,9
211
6SN
2007co
2007-0
7-1
5.2
40
54296.2
40
30.8
13
3600–10124
5.1
1/11
246
301
1.0
53.3
61800
66,6
8,9
211
6SN
2007co
2007-0
7-2
0.2
39
54301.2
39
35.6
83
3320–10600
5.3
0/9.9
0246
306
1.0
33.5
81800
1,7
1,9
211
5SN
2007co
2007-0
8-0
7.2
77
54319.2
77
53.2
43
3326–10550
7.0
4/11
234
59
1.0
41.9
92700
81,9
211
0SN
2007co
2007-0
8-1
4.2
76
54326.2
76
60.0
63
3600–9878
5.3
9/11.3
057
60
1.0
52.5
82400
66,7
110
0SN
2007cp
2007-0
6-1
4.2
63
54265.2
63
···
35160–10500
10.3
531
37
2.8
01.7
61800
66,6
8,7
111
0SN
2007cp
2007-0
6-2
3.2
17
54274.2
17
···
33308–10500
5.1
2/11
29
32
2.3
41.4
1800
64,6
611
0SN
2007cq
2007-0
6-2
3.4
31
54274.4
31
−5.8
23
3310–10500
7.0
9/11
143
324
1.3
42.4
6600
64,6
611
0SN
2007cq
2007-0
7-0
7.4
39
54288.4
39
7.8
43
3310–10500
7.0
5/11.1
2161
343
1.2
12.8
01500
66,8
1,9
211
0SN
2007cq
2007-0
7-1
5.3
74
54296.3
74
15.5
73
3324–10500
7.2
5/11
144
325
1.3
33.2
41500
66,6
8,9
211
5SN
2007cq
2007-0
7-2
0.3
19
54301.3
19
20.3
93
3322–10600
7.5
5/11
134
316
1.5
73.5
91200
1,7
1,9
211
5SN
2007cq
2007-0
8-0
7.3
30
54319.3
30
37.9
53
3326–10600
5.4
5/11.1
5149
332
1.2
63.5
52100
81,9
211
5SN
2007cq
2007-0
8-1
4.3
46
54326.3
46
44.7
93
3610–10296
5.6
6/11.5
4153
341
1.2
12.6
32400
66,7
110
5
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 25
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2007cs
2007-0
7-0
7.4
63
54288.4
63
12.1
53
3310–10500
7.5
3/10.0
3115
295
1.0
92.6
61500
66,8
1,9
211
0SN
2007cs
2007-0
7-2
0.3
43
54301.3
43
24.8
13
3322–10600
7.4
0/11.5
0114
295
1.4
92
1300
1,7
1,9
211
0SN
2007cs
2007-0
8-0
7.3
96
54319.3
96
42.5
53
3326–10600
7.0
8/11.5
1120
298
1.0
61.5
2100
81,9
211
0SN
2007cs
2007-0
8-1
4.3
84
54326.3
84
49.4
23
3618–10390
6.0
1/11.5
6115
297
1.0
71
2400
66,7
110
0SN
2007fb
2007-0
7-0
7.4
86
54288.4
86
1.9
53
3310–10500
6/11.1
5150
332
1.2
52.6
91200
66,8
1,9
211
0SN
2007fb
2007-0
7-2
0.3
96
54301.3
96
14.6
33
3322–10600
7.2
3/9.5
5179
316
1.5
13.1
8750
1,7
1,9
211
0SN
2007fb
2007-0
8-0
7.4
61
54319.4
61
32.3
83
3326–10600
6.8
3/12.7
5179
11.1
82.9
11200
81,9
211
0SN
2007fb
2007-0
8-1
4.4
93
54326.4
93
39.2
83
3510–10500
5.7
9/11.4
1196
28
1.2
21.7
71800
66,7
110
0SN
2007fb
2007-0
8-2
1.2
74
54333.2
74
45.9
53
3404–10268
5.8
9/11
129
310
1.9
71.5
1200
71,9
210
0SN
2007fb
m2007-0
9-0
5.2
77
54348.2
77
60.6
83
3310–10500
5.2
6/11.6
1136
318
1.4
52.5
1800
81,9
2,9
611
0SN
2007fb
2007-1
0-1
6.2
31
54389.2
31
100.9
15
3180–9190
7.2
1/7
292
292
1.5
30.8
7360
1,3
9,5
2,8
111
0SN
2007fc
2007-0
7-2
0.4
75
54301.4
75
···
33322–10600
7.2
7/9.6
1167
349
2.0
23.3
21500
1,7
1,9
211
0SN
2007fc
2007-0
8-0
7.4
32
54319.4
32
···
33324–10600
5.6
1/12.5
8169
351
2.0
01.5
2400
81,9
211
0SN
2007fc
2007-0
8-1
4.4
21
54326.4
21
···
33590–10122
5.7
9/11.0
3168
350
2.0
01.3
21800
66,7
110
0SN
2007fq
2007-0
7-1
5.4
01
54296.4
01
···
33324–10500
7.2
6/12.3
5183
62.0
41.5
1800
66,6
8,9
211
0SN
2007fr
2007-0
7-1
5.4
75
54296.4
75
−5.8
33
3324–10500
5.4
9/10.2
6197
22
1.3
11.8
62100
66,6
8,9
211
0SN
2007fr
2007-0
7-2
0.2
87
54301.2
87
−1.2
53
3322–10600
7.4
4/10.6
4135
317
1.7
62.5
42400
1,7
1,9
211
0SN
2007fs
2007-0
7-2
0.4
15
54301.4
15
5.0
33
3322–10600
7.4
5/10.5
3173
356
1.9
33.3
9900
1,7
1,9
211
0SN
2007fs
2007-0
8-0
7.3
57
54319.3
57
22.6
73
3324–10600
7.2
7/12.7
5171
353
1.9
52.6
01500
81,9
211
0SN
2007fs
2007-0
8-1
4.3
02
54326.3
02
29.4
93
3314–10500
5.8
1/11.4
5156
337
2.2
02.1
91500
66,7
110
0SN
2007fs
2007-0
8-2
1.2
99
54333.2
99
36.3
73
3456–10500
5.7
6/11.9
1161
344
2.0
61.5
1200
71,9
210
0SN
2007fs
m2007-0
9-0
5.3
06
54348.3
06
51.1
33
3314–10500
6.9
5/11.2
0180
21.9
32.1
11800
81,9
2,9
611
0SN
2007fs
2007-1
0-1
6.2
25
54389.2
25
91.3
55
3128–9186
7.1
1/7
329
332
1.4
50.6
7360
1,3
9,5
2,8
111
0SN
2007ge
2007-0
8-0
7.4
92
54319.4
92
12.5
33
3326–10600
6.4
7/12.3
3141
136
1.0
31.8
32700
81,9
211
0SN
2007gi
2007-0
8-0
7.1
79
54319.1
79
−7.3
13
3324–10600
6.4
8/11
81
80
1.6
32.7
0900
81,9
211
0SN
2007gi
2007-0
8-1
4.1
73
54326.1
73
−0.3
53
3310–10500
5.4
8/11
78
79
1.6
82.1
3900
66,7
110
0SN
2007gi
2007-0
8-2
1.1
63
54333.1
63
6.6
13
3310–10500
7.7
6/11
77
74
1.7
51.5
610
71,9
210
0SN
2007gi
2007-1
1-1
2.6
51
54416.6
51
89.7
05
3102–9180
6.6
3/7.5
2243
243
1.7
22.5
3300
1,8
111
0SN
2007gi
2008-0
1-1
5.5
51
54480.5
51
153.2
93
3320–10500
5.2
3/12.1
5175
167
1.1
03.7
81800
66,8
7,9
710
0SN
2007gk
2007-0
8-1
4.2
37
54326.2
37
−1.7
23
3310–10500
5.4
0/11.7
8137
135
1.2
21.8
51800
66,7
110
0SN
2007gkm
2007-0
9-0
5.1
72
54348.1
72
19.6
53
3310–10500
5.1
1/11
135
132
1.2
32.5
2400
81,9
2,9
611
0SN
2007if
2007-1
0-1
5.3
93
54388.3
93
37.2
35
3200–9216
6.5
9/5.1
8290
295
1.0
31.2
61200
1,3
9,5
2,8
111
0SN
2007if
2007-1
1-1
2.2
04
54416.2
04
63.1
25
3138–9170
6.6
9/6.5
6284
283
1.4
91.3
41200
1,8
111
0SN
2007if
2007-1
2-1
3.2
45
54447.2
45
92.0
25
3270–9150
4.3
3/6.5
7297
308
1.0
11.0
71200
1,8
1,8
811
0SN
2007hjm
2007-0
9-0
5.2
50
54348.2
50
−1.2
33
3310–10500
5.2
8/11
132
313
1.2
42.5
01200
81,9
2,9
611
5SN
2007hjm
2007-0
9-1
9.2
06
54362.2
06
12.5
33
3320–10600
5.4
8/9.9
9130
312
1.2
62.1
3900
1,6
6,8
111
5SN
2007hj
2007-1
0-1
5.3
15
54388.3
15
38.2
75
3200–9214
6.5
4/5.2
1300
313
1.0
11.0
6420
1,3
9,5
2,8
111
5SN
2007hj
2007-1
1-1
8.1
32
54422.1
32
71.6
23
3310–10630
5.9
5/12.0
5169
354
1.0
82.7
71800
71,9
211
4SN
2007hum
2007-0
9-1
9.1
84
54362.1
84
···
33320–10600
5.2
5/10.2
264
64
1.3
31.9
41800
1,6
6,8
111
0SN
2007hu
2007-1
0-1
5.2
64
54388.2
64
···
53212–9210
6.3
6/6.7
345
82
2.0
20.5
81400
1,3
9,5
2,8
111
0SN
2007ir
m2007-0
9-1
9.4
61
54362.4
61
···
33320–10600
5.5
9/11
218
97
1.0
01.4
22400
1,6
6,8
111
0SN
2007ir
2007-1
0-1
4.6
41
54387.6
41
···
53118–8712
6.4
8/6.6
694
92
1.6
90.8
0300
98,9
911
0SN
2007is
m2007-0
9-1
9.1
44
54362.1
44
···
33320–10600
5.3
7/10.5
085
84
1.1
32.6
11200
1,6
6,8
111
0SN
2007is
2007-1
0-1
5.2
43
54388.2
43
···
53200–9210
6.5
7/7.3
392
92
1.8
12.3
4600
1,3
9,5
2,8
111
0SN
2007kf
2007-1
0-1
5.2
86
54388.2
86
···
53270–9210
6.4
6/6.4
5110
105
2.1
71.7
6900
1,3
9,5
2,8
111
0SN
2007kg
2007-1
0-1
5.3
71
54388.3
71
···
53200–9212
6.5
9/7.4
8186
180
1.3
31.2
9900
1,3
9,5
2,8
111
0
Conti
nued
on
Nex
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..
c© 2012 RAS, MNRAS 000, 1–30
26 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2007kd
2007-1
1-1
1.6
52
54415.6
52
···
53140–9100
6.5
4/7
222
218
1.0
51.1
9200
1,8
111
0SN
2007kk
2007-1
0-1
6.6
39
54389.6
39
7.1
55
3100–9190
7.0
1/7
111
105
1.3
30.9
7300
1,3
9,5
2,8
111
0SN
2007le
2007-1
0-1
5.3
25
54388.3
25
−10.3
15
3200–9214
6.5
9/8.5
4336
339
1.1
41.0
3500
1,3
9,5
2,8
111
6SN
2007le
2007-1
0-1
6.2
33
54389.2
33
−9.4
05
3100–9190
7.0
4/7
304
304
1.5
20.7
760
1,3
9,5
2,8
111
6SN
2007le
2007-1
1-0
2.1
82
54406.1
82
7.4
33
3334–10620
5.8
6/12.6
7167
349
1.4
13.1
3600
66,8
111
6SN
2007le
2007-1
1-1
1.1
98
54415.1
98
16.3
95
3050–9100
6.7
6/6.6
5313
314
1.2
81.0
4150
1,8
111
5SN
2007le
2007-1
1-1
2.1
87
54416.1
87
17.3
75
3050–9100
7.5
9/7.8
0310
311
1.3
31.1
1150
1,8
111
5SN
2007le
2007-1
1-1
8.1
82
54422.1
82
23.3
33
3310–10640
6.1
3/11.4
3189
71.3
92.6
1600
71,9
211
6SN
2007le
2007-1
2-0
1.1
21
54435.1
21
36.1
83
3326–10630
5.5
8/11.1
1173
356
1.3
94.2
8600
71,9
211
5SN
2007le
2007-1
2-1
2.1
99
54446.1
99
47.1
85
3090–9150
6.5
2/6.8
42
31.1
21.6
9240
1,8
111
6SN
2007le
2008-0
8-2
7.4
90
54705.4
90
304.7
45
3268–9240
4.5
/7
291
51.1
21.5
61200
100,3
911
0SN
2007s1
n2007-1
1-0
2.1
33
54406.1
33
−1.2
33
3332–10620
5.9
4/11.9
7129
310
1.2
72.8
52700
66,8
111
5SN
2007s1
n2007-1
2-1
2.2
21
54446.2
21
37.7
95
3170–9150
6.4
3/6.6
5350
21.0
01.6
0300
1,8
111
−6
SN
2007qd
2007-1
1-1
2.5
35
54416.5
35
···
53158–9170
6.6
2/6.6
699
66
1.7
80.9
01500
1,8
111
0SN
2007on
2007-1
1-1
2.4
68
54416.4
68
−3.0
15
3050–9170
6.5
6/5.9
8192
11
1.7
91.4
1150
1,8
111
0SN
2007on
2007-1
1-1
2.4
73
54416.4
73
−3.0
05
3734–6840
4.5
/3.0
6192
13
1.8
01.3
9300
1,8
111
0SN
2007on
2007-1
2-0
1.0
52
54435.0
53
15.4
69
4000–10399
···
298
01.1
72
···
101,1
02
90
SN
2007on
2007-1
2-1
3.3
49
54447.3
49
27.6
85
3312–9134
4.3
1/6.4
4356
357
1.7
61.7
5120
1,8
1,8
811
0SN
2007qe
2007-1
1-1
8.1
04
54422.1
04
−6.5
43
3310–10630
5.8
8/11.2
7196
301
1.0
91.8
91300
71,9
211
0SN
2007qe
2007-1
2-0
1.1
76
54435.1
76
6.2
33
3326–10630
5.5
6/11.2
4208
44
1.0
33.1
51300
71,9
211
0SN
2007qe
2007-1
2-1
1.1
87
54445.1
87
16.0
03
3320–10500
5.4
8/11.5
3221
57
1.0
84.3
21800
71,9
210
0SN
2007sa
2007-1
2-1
3.6
75
54447.6
75
···
53270–9150
4.5
/7
317
174
1.2
41.0
7120
1,8
1,8
811
0SN
2007rx
2007-1
2-1
1.1
56
54445.1
56
···
33320–10500
5.5
0/11.3
8221
49
1.0
43.6
81800
71,9
210
0SN
2007ry
2007-1
2-1
1.4
85
54445.4
85
···
33458–10500
5.2
0/10.9
367
66
1.8
93.5
1800
71,9
210
0SN
2007sr
2008-0
1-1
5.5
87
54480.5
87
32.6
13
3320–10500
5.4
7/11.7
8199
20
2.0
03.0
6600
66,8
7,9
710
0SN
2007sr
2008-0
4-2
8.2
43
54584.2
43
135.7
05
3160–9210
6.5
/7
139
319
1.5
60.9
1200
1,1
03,8
1,8
711
0SN
2007su
2007-1
2-3
1.1
32
54465.1
32
···
33490–9888
5.1
2/11.4
247
51
1.4
94.4
91800
1,4
7,9
210
0SN
2007ux
2007-1
2-3
1.4
59
54465.4
59
5.5
93
3528–10304
6.8
1/12.4
4110
333
1.1
11.3
82400
1,4
7,9
210
0SN
2007ux
2008-0
1-1
5.4
83
54480.4
83
20.1
63
3386–10356
5.3
3/11.3
7197
17
1.1
02.0
01500
66,8
7,9
710
6SN
2008A
2008-0
1-1
5.2
78
54480.2
78
···
33320–10500
5.5
7/11
69
68
1.7
02.0
33150
66,8
7,9
710
0SN
2008A
2008-0
2-1
2.0
00
54508.0
00
···
53076–9340
4.0
7/6.5
4302
90
1.6
60.9
8200
39,8
5,8
85
0SN
2008A
2008-0
2-1
6.2
28
54512.2
28
···
33370–10500
5.6
8/10.7
163
62
2.2
23.2
91800
66,8
1,8
7,9
710
0SN
2008A
2008-0
8-0
3.6
25
54681.6
25
···
53402–9196
4.5
/5.4
620
191
1.0
41.1
7450
104,8
5,8
8,9
611
0SN
2008A
2008-0
8-2
8.5
13
54706.5
13
···
53270–9256
4.5
/7.2
2157
231
1.0
90.8
01200
100,3
911
0SN
2008A
2008-1
0-2
7.2
76
54766.2
76
···
53150–9160
6.5
/7.2
2202
261
1.4
21.1
21800
1,1
05,8
1,8
711
0SN
2008C
2008-0
1-1
5.4
44
54480.4
44
15.6
83
3362–10600
5.3
1/10.8
450
57
1.4
13.5
3900
66,8
7,9
711
0SN
2008L
2008-0
2-2
9.0
00
54525.0
00
32.3
73
4390–9886
10.8
570
68
1.7
81.8
51200
66,8
1,8
7,9
710
0SN
2008Q
2008-0
2-1
6.1
13
54512.1
13
6.4
63
3300–10500
5.9
5/11
227
47
1.4
82.3
1300
66,8
1,8
7,9
710
0SN
2008Q
2008-0
2-2
9.0
00
54525.0
00
19.2
53
4400–9888
10.4
254
54
2.6
52.1
9300
66,8
1,8
7,9
710
0SN
2008Q
2008-0
8-2
8.4
95
54706.4
95
199.3
15
3296–9256
4.5
/6.8
5296
299
1.1
01.2
81200
100,3
911
0SN
2008Z
2008-0
2-1
6.4
63
54512.4
63
−2.2
93
3300–10500
5.8
7/11.2
4255
75
1.2
31.9
11200
66,8
1,8
7,9
710
0SN
2008Z
2008-0
2-2
9.0
00
54525.0
00
9.9
93
4400–9884
10.9
992
47
1.0
02.1
21200
66,8
1,8
7,9
710
0SN
2008af
2008-0
2-2
9.5
27
54525.5
27
24.3
23
4430–9860
12.2
6176
357
1.0
71.7
11600
66,8
1,8
7,9
710
0SN
2008ai
2008-0
2-1
6.4
90
54512.4
90
···
33460–10500
5.0
6/11.2
0256
79
1.1
41.4
21500
66,8
1,8
7,9
710
0SN
2008ai
2008-0
2-2
9.0
00
54525.0
00
···
34400–9884
10.8
687
85
1.0
42.4
91800
66,8
1,8
7,9
710
0SN
2008ar
2008-0
2-2
9.0
00
54525.0
00
−8.8
73
4428–9884
11.3
8205
25
1.1
52.2
3900
66,8
1,8
7,9
710
4
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nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 27
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2008ar
2008-0
3-1
2.0
00
54537.0
00
2.8
33
3300–10600
5.3
4/11
36
37
1.2
23.6
81800
87,9
210
5SN
2008ar
2008-0
4-2
8.5
19
54584.5
19
49.1
35
3210–9200
4.5
/5.1
4125
73
1.8
70.8
2600
1,1
03,8
1,8
711
−2
SN
2008ca
2008-0
4-2
8.4
06
54584.4
06
···
53210–9210
4.5
/5.7
4243
65
1.0
61.6
8600
1,1
03,8
1,8
711
0SN
2008cb
2008-0
4-2
8.4
16
54584.4
16
···
53192–9210
6.5
/5.8
3243
59
1.0
90.5
5600
1,1
03,8
1,8
711
0SN
2008bf
2008-0
4-2
7.0
00
54583.0
00
27.9
33
3300–10800
6.1
7/10.5
854
55
1.2
92.5
81500
106,1
07
10
0SN
2008bf
2008-0
5-0
9.0
00
54595.0
00
39.6
53
3300–10800
5.3
7/10.8
158
58
1.8
12.0
21200
108,1
09,7
510
0SN
2008bf
2008-0
5-1
0.0
00
54596.0
00
40.6
23
3300–10800
5.3
2/11
57
58
1.5
12.0
81200
108,1
09,7
510
0SN
2008bt
2008-0
4-1
6.0
00
54572.0
00
−1.0
83
3300–10600
6.3
4/11
21
23
1.7
0···
1800
66,8
710
0SN
2008bt
2008-0
4-2
8.2
36
54584.2
36
10.9
75
3226–9210
4.5
/7
89
332
1.2
42.4
2175
1,1
03,8
1,8
711
0SN
2008bv
2008-0
4-2
8.3
15
54584.3
15
···
53254–9210
4.5
/5.0
7177
103
1.2
62.8
2400
1,1
03,8
1,8
711
0SN
2008bw
2008-0
4-2
8.6
27
54584.6
27
···
53166–9200
6.3
4/6.4
6311
165
1.1
71.7
51150
1,1
03,8
1,8
711
0SN
2008bz
2008-0
4-2
6.0
00
54582.0
00
···
33300–10800
5.9
3/11.0
341
42
1.2
83.3
41800
106,1
07
10
0SN
2008cd
2008-0
5-0
1.0
00
54587.0
00
···
33300–10800
6/11
193
17
1.7
74.7
01500
106,1
07,1
10
10
0SN
2008cf
2008-0
5-0
7.0
00
54593.0
00
···
33622–9246
6.1
1/12.9
5187
72.3
03.9
31800
108,1
09,1
10
10
0SN
2008cl
2008-0
5-1
7.3
08
54603.3
08
4.2
43
3478–10710
6.3
1/10.6
260
234
1.0
74.2
01800
92,9
710
0SN
2008s1
o2008-0
5-1
9.0
00
54605.0
00
−6.3
63
3300–10800
7.4
9/12.9
4199
21
1.1
42.1
41800
111,1
510
0SN
2008s1
o2008-0
5-2
1.0
00
54607.0
00
−4.4
03
3300–10800
6.1
2/12.6
0202
22
1.1
4···
1800
111,1
510
0SN
2008s1
m,o
2008-0
5-2
2.0
00
54608.0
00
−3.4
23
3300–10800
6.3
1/12.6
8196
17
1.1
34.7
61800
111,1
510
0SN
2008s1
m,o
2008-0
5-2
6.0
00
54612.0
00
0.4
93
3298–10800
4.8
3/9.6
347
49
1.4
84.1
42802
112,1
13
10
6SN
2008s1
o2008-0
5-3
0.0
00
54616.0
00
4.4
03
3300–10800
5.8
5/12.4
654
54
2.1
62.4
01800
111,1
14
10
6SN
2008s1
o2008-0
5-3
1.0
00
54617.0
00
5.3
83
3300–10800
6.0
1/11.7
6216
38
1.2
32.2
91800
111,1
14
10
6SN
2008s1
m,o
2008-0
6-1
0.2
07
54627.2
07
15.3
73
3300–10800
6/11
85
14
1.1
31.5
882
115
10
3SN
2008s1
m,o
2008-0
6-2
9.2
75
54646.2
75
34.0
23
3300–10700
5.9
6/10.6
751
52
1.6
31.0
7900
116,1
17,8
110
−5
SN
2008ct
m2008-0
6-2
9.4
26
54646.4
26
···
33956–10150
6.2
7/11.8
7133
316
1.1
51.9
12100
116,1
17,8
110
0SN
2008dbm
2008-0
7-0
7.4
91
54654.4
91
···
33376–10588
6/11.5
9153
335
1.5
51.8
600
116,6
610
0SN
2008db
2008-0
8-0
8.4
98
54686.4
98
···
33426–10800
6.7
6/12.2
1189
13
1.4
32.1
2900
66,8
711
0SN
2008db
2008-0
8-2
6.4
22
54704.4
22
···
33314–10750
6.6
2/11.2
4179
21.4
01.6
51500
81,8
711
0SN
2008dxm
2008-0
6-2
9.2
19
54646.2
19
2.4
63
3300–10700
5.9
8/11.6
564
64
1.1
81.5
91500
116,1
17,8
110
0SN
2008dx
2008-0
7-0
4.2
03
54651.2
03
7.3
33
3366–10152
5.7
6/11.1
563
63
1.1
82.1
11200
116,1
17,8
710
0SN
2008dxm
2008-0
7-0
7.2
17
54654.2
17
10.2
83
3340–10800
6/11.5
764
64
1.2
61.8
1800
116,6
610
0SN
2008dxm
2008-0
7-2
6.2
08
54673.2
08
28.8
43
3530–10760
5.8
1/10.7
064
63
1.6
51.6
41500
116,8
111
0SN
2008dsm
2008-0
6-2
9.4
66
54646.4
66
···
33300–10800
6.7
6/12.5
9113
292
1.2
62.1
0900
116,1
17,8
110
0SN
2008ds
2008-0
7-0
4.4
21
54651.4
21
···
33342–10800
5.4
1/11.2
3115
293
1.4
53.7
4900
116,1
17,8
710
0SN
2008dsm
2008-0
7-0
7.4
76
54654.4
76
···
33308–10800
6/11.5
1112
291
1.1
41.8
900
116,6
610
0SN
2008dsm
2008-0
7-2
6.3
77
54673.3
77
···
33390–10780
6.4
9/11.0
7113
292
1.3
12.3
6900
116,8
111
0SN
2008ds
2008-0
8-2
6.5
03
54704.5
03
···
33314–10750
6.1
6/11.5
567
68
1.0
92.0
81200
81,8
711
0SN
2008ds
2008-0
8-3
1.4
68
54709.4
68
···
33504–10706
6.1
6/11.2
462
65
1.0
52.1
91500
117,9
211
0SN
2008ds
2008-0
9-0
7.2
71
54716.2
71
···
33388–10724
7.5
1/11.4
4112
292
1.2
52.2
11500
39
11
0SN
2008ds
2008-0
9-2
2.3
72
54731.3
72
···
33400–10400
4.4
5/12.5
2131
326
1.0
12.6
21800
118,8
710
0SN
2008dsm
2008-0
9-3
0.2
94
54739.2
94
···
33408–9268
4.7
7/12.2
0113
294
1.0
31.6
31800
118,8
711
0SN
2008ds
2008-1
0-0
7.2
79
54746.2
79
···
33410–10098
4.3
2/10.0
0113
294
1.0
22.2
42100
116,8
711
0SN
2008ds
2008-1
0-2
2.2
15
54761.2
15
···
33428–6400
7.6
8110
292
1.0
53.3
44200
119,1
20,8
111
0SN
2008drm
2008-0
6-2
9.3
89
54646.3
89
···
33300–10800
6.4
4/11.5
4139
319
1.5
62.8
31200
116,1
17,8
110
0SN
2008dr
2008-0
7-0
4.3
64
54651.3
64
···
33342–10800
5.8
5/10.7
7137
317
1.6
72.6
61500
116,1
17,8
710
5SN
2008drm
2008-0
7-0
7.4
57
54654.4
57
···
33392–10800
6/11.1
1166
351
1.2
31.8
1200
116,6
610
6SN
2008dr
2008-0
8-0
3.0
00
54681.0
00
···
53568–9250
3.3
9/7.5
9246
67
1.7
12.7
2300
104,8
5,8
8,9
611
−6
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
28 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2008dr
2008-0
8-2
7.3
63
54705.3
63
···
53268–9240
4.5
/5.3
6307
309
1.1
41.3
9450
100,3
911
0SN
2008dtm
2008-0
7-0
7.3
95
54654.3
95
9.2
73
3306–10800
6/12.4
064
64
1.3
41.8
1500
116,6
610
6SN
2008dt
2008-0
8-0
1.3
47
54679.3
47
33.3
73
3294–10800
6.0
5/12.0
264
64
1.4
82.5
81500
117,8
710
6SN
2008dt
2008-0
9-0
8.2
28
54717.2
28
69.9
53
3430–10744
5.9
5/11.8
065
64
1.4
41.5
2100
121,8
111
0SN
2008r3
m,p
2008-0
7-2
6.1
84
54673.1
84
···
33358–10718
6/12.1
864
63
1.4
52.2
7900
116,8
111
0SN
2008r3
p2008-0
8-0
1.2
08
54679.2
08
···
33300–10800
6.0
2/11.6
963
62
1.7
92.5
91200
117,8
710
0SN
2008ec
m2008-0
7-2
6.3
59
54673.3
59
−0.2
43
3292–10780
6.2
9/12.1
6138
318
1.3
42.4
11200
116,8
111
5SN
2008ec
2008-0
8-0
1.3
89
54679.3
89
5.7
03
3294–10800
6.0
3/11.4
0151
331
1.2
01.9
41200
117,8
710
6SN
2008ec
2008-0
8-0
8.3
13
54686.3
13
12.5
13
3306–10800
6.6
7/11.2
2135
316
1.4
02.3
41200
66,8
711
0SN
2008ec
2008-0
8-2
6.2
71
54704.2
71
30.1
83
3314–10750
6.6
9/11.1
1137
317
1.3
62.1
01500
81,8
711
6SN
2008ec
2008-0
8-3
1.2
56
54709.2
56
35.0
83
3760–10756
5.6
7/12.0
3136
317
1.3
62.5
2100
117,9
211
−5
SN
2008ec
2008-0
9-0
8.2
95
54717.2
95
42.9
93
3430–10790
7.0
2/12.0
4158
339
1.1
71.5
1800
121,8
111
6SN
2008ec
2008-1
0-0
7.3
43
54746.3
43
71.5
83
3410–10750
4.3
7/10.9
3208
33
1.3
22
2100
116,8
711
4SN
2008ee
m2008-0
7-2
6.4
16
54673.4
16
···
33376–10790
6.4
9/11.8
3139
320
1.7
34.0
7900
116,8
111
0SN
2008ee
2008-0
8-2
6.3
17
54704.3
17
···
33314–10780
6.6
3/11.9
9137
317
1.8
93.7
11200
81,8
711
0SN
2008ee
2008-0
9-0
7.3
42
54716.3
42
···
33416–10740
7.5
2/11.4
4150
331
1.4
34.1
01200
39
11
0SN
2008ei
m2008-0
7-2
6.3
14
54673.3
14
3.2
93
3382–10800
4.8
0/10.6
9109
288
1.1
72.3
41500
116,8
111
0SN
2008ei
2008-0
8-0
1.3
72
54679.3
72
9.1
33
3294–10800
5.9
7/11.9
4111
292
1.0
32.1
81500
117,8
710
−6
SN
2008ei
2008-0
8-0
8.2
88
54686.2
88
15.7
93
3444–10106
5.5
8/10.8
2108
288
1.1
41.1
31800
66,8
711
−4
SN
2008ei
2008-0
8-2
6.2
48
54704.2
48
33.1
03
3314–10750
6.3
5/11.6
8109
288
1.1
12.1
91800
81,8
711
−6
SN
2008er
2008-0
8-0
8.4
74
54686.4
74
···
33306–10800
6.8
1/10.9
2119
249
1.0
72.7
51800
66,8
711
0SN
2008ez
2008-0
8-2
6.1
67
54704.1
67
···
33310–10700
6.1
3/12.4
856
55
2.4
02.8
41500
81,8
711
0SN
2008ey
2008-0
8-2
6.3
93
54704.3
93
···
33330–10742
6.3
2/10.9
098
278
1.2
51.9
91800
81,8
711
0SN
2008s3
q2008-0
9-0
8.2
63
54717.2
63
···
33506–10744
7.2
6/11.9
0144
327
1.2
51.5
2100
121,8
111
0SN
2008s4
r2008-0
9-0
8.4
22
54717.4
22
···
33318–10790
7.1
9/11.1
5173
354
1.5
81.5
1500
121,8
111
0SN
2008fg
2008-0
9-0
7.5
12
54716.5
12
···
33438–10716
7.1
2/11.0
538
180
1.0
01.2
31800
39
11
0SN
2008fj
2008-0
9-0
8.2
00
54717.2
00
···
33414–10800
5.9
5/11.1
088
87
1.1
61.5
1800
121,8
111
0SN
2008s5
s2008-0
9-2
2.3
02
54731.3
02
1.2
63
3400–10400
4.4
7/12.0
0192
19
1.1
32.3
61200
118,8
710
0SN
2008s5
m,s
2008-0
9-3
0.2
35
54739.2
35
8.9
63
3408–10770
4.7
2/10.6
8165
349
1.1
02.4
31800
118,8
711
0SN
2008s5
s2008-1
0-0
7.2
45
54746.2
45
15.7
63
3410–10750
4.3
4/10.6
3184
91.1
22.2
01800
116,8
711
0SN
2008fr
m2008-0
9-3
0.4
22
54739.4
22
···
33408–10770
4.7
5/11.5
0200
27
1.1
52.1
51800
118,8
711
0SN
2008fr
2008-1
0-0
7.3
68
54746.3
68
···
33410–10750
4.3
3/11.1
7182
31.1
02.2
51800
116,8
711
0SN
2008fr
2008-1
0-2
2.3
93
54761.3
93
···
33452–6380
8.9
936
39
1.2
53.0
44200
119,1
20,8
111
0
SN
2008s8
t2008-1
0-0
7.4
17
54746.4
17
···
33410–10674
4.3
7/11.2
6184
51.2
14.0
01500
116,8
711
0
SN
2008s8
t2008-1
0-2
2.4
48
54761.4
48
···
33512–6400
9.0
834
34
1.4
42.7
73600
119,1
20,8
111
0SN
2008gs
2008-1
1-0
7.3
75
54777.3
75
···
33458–10800
4.5
4/11.5
530
34
1.5
32.3
32400
119,8
111
0SN
2008fx
2008-1
0-0
7.3
99
54746.3
99
···
33410–10750
4.3
1/11.4
2167
349
1.0
31.9
12100
116,8
711
0SN
2008ge
2008-1
0-2
7.5
05
54766.5
05
···
53144–9156
6.4
8/7
01
2.6
21.7
3105
1,1
05,8
1,8
711
0SN
2008gh
2008-1
0-2
2.5
05
54761.5
05
···
33490–6374
9.9
265
244
1.1
02.7
4200
119,1
20,8
111
0SN
2008gh
2008-1
1-2
3.5
42
54793.5
42
···
33420–8000
4.5
2/5
168
160
1.0
71.3
2100
39
10
0SN
2008gt
2008-1
1-0
7.2
10
54777.2
10
···
33458–10800
4.4
1/11.6
6191
14
1.4
01.2
91800
119,8
111
0SN
2008gt
2008-1
1-2
3.1
76
54793.1
76
···
33420–8000
6.1
3/5
186
12
1.3
92.1
62100
39
10
0SN
2008gy
2008-1
1-2
3.4
67
54793.4
67
···
33420–8000
4.5
9/5
236
57
1.6
73.0
91800
39
10
0SN
2008gw
2008-1
1-2
3.5
05
54793.5
05
···
33420–8000
4.4
9/5
224
46
1.6
41.7
31800
39
10
0SN
2008hk
2008-1
1-2
3.5
78
54793.5
78
···
33420–8000
4.4
4/5
186
91.1
42.0
5900
39
10
0SN
2008ha
2008-1
1-2
0.2
25
54790.2
25
7.4
63
3478–10800
4.9
0/11
199
23
1.1
12.7
62400
116,9
29
0
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
BSNIP I: SN Ia Spectra 29
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
SN
2008ha
2008-1
1-2
3.0
00
54793.0
00
10.2
23
3418–8074
4.5
/5
203
19
1.0
92.4
91800
39
90
SN
2008ha
2008-1
2-0
5.0
00
54805.0
00
22.1
73
3406–10800
4.5
/11
168
56
1.2
72.3
5400
71,9
29
0SN
2008hj
2008-1
1-2
3.2
83
54793.2
83
···
33420–8000
4.7
7/5
208
30
2.0
31.8
81500
39
10
0SN
2008hj
2008-1
2-0
5.2
96
54805.2
96
···
33516–10770
4.3
2/10.0
7184
42
3.4
23.6
41500
71,9
211
0SN
2008hj
2008-1
2-3
1.1
56
54831.1
56
···
33450–10700
4.4
2/10.2
447
24
1.8
01.2
51500
117,8
710
0SN
2008hq
2008-1
2-0
5.4
23
54805.4
23
···
33498–9914
4.7
8/11.0
584
231
1.0
42.3
2100
71,9
211
0SN
2008hr
2008-1
2-0
5.5
34
54805.5
34
···
33482–9900
4.9
9/11.6
6170
353
1.0
62.2
02000
71,9
211
0SN
2008hz
2008-1
2-3
1.2
35
54831.2
35
···
33450–10700
4.6
0/11.3
887
85
1.2
51.2
51800
117,8
710
0SN
2008hu
2008-1
2-0
5.4
84
54805.4
84
···
33406–10770
5.2
5/12.1
7176
358
1.7
92.6
41800
71,9
211
0SN
2008hs
2008-1
2-0
5.3
26
54805.3
26
−7.9
43
3406–10770
4.4
3/11.6
096
94
1.1
12.5
41800
71,9
211
0SN
2008hy
2008-1
2-3
1.3
26
54831.3
26
···
33452–10700
4.4
7/10.7
9143
142
1.3
61.2
51200
117,8
710
0aIf
not
rounded
toth
ew
hole
day,
UT
date
at
the
mid
poin
tofth
eobse
rvation.
bM
odifi
edJD
(ifnot
rounded
toth
ew
hole
day,
modifi
edJD
at
the
mid
poin
tofth
eobse
rvati
on).
cP
hase
sofsp
ectr
aare
inre
st-fra
me
days
usi
ng
the
hel
ioce
ntr
icre
dsh
ift
and
photo
met
ryre
fere
nce
pre
sente
din
the
SN
eIa
and
Host
Info
rmati
on
Table
.dIn
stru
men
ts:(1
)U
VSch
mid
t(S
hane
3m
),(2
)Sto
ver
Spec
trogra
ph
(Nic
kel
1m
),(3
)K
ast
(Shane
3m
),(4
)Palo
mar
Double
Spec
trogra
ph
(Hale
5m
at
Palo
mar
Obse
rvato
ry),
(5)
LR
IS(K
eck
10
m),
(6)
ESI
(Kec
k10
m),
(7)
R.C
.Spec
trogra
ph
(Kitt
Pea
k4
m),
(8)
DE
IMO
S(K
eck
10
m),
(9)
LD
SS-3
(Cla
yM
agel
lan
II6.5
m).
eFW
HM
spec
tralre
solu
tion
as
mea
sure
dfr
om
narr
ow
sky
emis
sion
lines
.If
we
wer
eunable
toacc
ura
tely
mea
sure
the
sky
lines
,th
eaver
age
reso
lution
for
that
inst
rum
enta
lse
tup
isdis
pla
yed
(see
the
Obse
rvati
ons
Sec
tion
for
more
info
rmation
regard
ing
our
inst
rum
enta
lse
tups
and
thei
raver
age
reso
lutions)
.f O
bse
rved
posi
tion
angle
duri
ng
obse
rvati
on.
gA
ver
age
para
llact
icangle
(Filip
pen
ko
1982)
duri
ng
the
obse
rvation.
hA
irm
ass
at
mid
poin
tofex
posu
re.
i Appro
xim
ate
atm
osp
her
icse
eing
as
mea
sure
dfr
om
the
FW
HM
of
the
trace
of
the
SN
.If
we
wer
eunable
toacc
ura
tely
mea
sure
the
FW
HM
of
the
trace
,an
estim
ate
by
the
obse
rver
softh
eaver
age
seei
ng
from
that
nig
ht
isdis
pla
yed
wit
honly
one
or
two
signifi
cant
figure
s.j O
bse
rver
s:(1
)A
lex
Filip
pen
ko,(2
)Joe
Shie
lds,
(3)M
ichael
Ric
hm
ond,(4
)C
harl
esSte
idel
,(5
)Tom
Math
eson,(6
)H
anse
nC
hen
,(7
)Luis
Ho,(8
)Sch
uyle
rVan
Dyk,(9
)W
allace
Sarg
ent,
(10)
Todd
Sm
all,(1
1)
Hyro
nSpin
rad,(1
2)
Mic
hael
Baker
,(1
3)
Reb
ecca
Gre
en,(1
4)
Bru
no
Lei
bundgut,
(15)
Aaro
nB
art
h,(1
6)
Andre
Mart
el,(1
7)
Mic
hael
Gre
gg,
(18)
Art
Wolfe,
(19)
Vin
ceV
irgilio
,(2
0)
Ves
aJunkkari
nen
,(2
1)
Matt
Leh
ner
t,(2
2)
Lee
Arm
us,
(23)
Xia
om
ing
Fan,(2
4)
Gra
eme
Sm
ith,(2
5)
Chie
nPen
g,(2
6)
Dan
Ste
ven
s,(2
7)
Doug
Leo
nard
,(2
8)
Hard
ing
Sm
ith,(2
9)
Adam
Burg
ass
er,(3
0)
SaulPer
lmutt
er,(3
1)
Isobel
Hook,(3
2)
Nic
ole
Vogt,
(33)
Jeff
rey
New
man,(3
4)
Wynn
Ho,(3
5)
Andre
aG
ilber
t,(3
6)
Ed
Mora
n,(3
7)
Adam
Rie
ss,(3
8)
Ronald
East
man,(3
9)
Mary
am
Modja
z,(4
0)
Mik
eE
racl
eous,
(41)
Rober
tK
irsh
ner
,(4
2)
Wei
dong
Li,
(43)
Carl
os
DeB
reuck
,(4
4)
Wille
mvan
Bre
ugel
,(4
5)
Aliso
nC
oil,(4
6)
Pet
erG
arn
avic
h,(4
7)
Ryan
Chorn
ock
,(4
8)
Mark
Phillips,
(49)
Elinor
Gate
s,(5
0)
Mic
hael
Ric
h,(5
1)
Bra
ndon
Sw
ift,
(52)
Ryan
Fole
y,(5
3)
Saura
bh
Jha,(5
4)
Eliot
Quata
ert,
(55)
Mari
na
Papen
kova,(5
6)
Matt
hew
Ber
shady,
(57)
PaulN
andra
,(5
8)
Rober
tSim
coe,
(59)
Edo
Ber
ger
,(6
0)
Shri
niv
as
Kulk
arn
i,(6
1)
Chri
sFass
nach
t,(6
2)
Gord
on
Squir
es,(6
3)
Bri
an
Barr
is,(6
4)
Dia
ne
Wong,(6
5)
John
Gra
ham
,(6
6)
Mohan
Ganes
halingam
,(6
7)
Dan
Wei
sz,(6
8)
Louis
Des
roch
es,(6
9)
Deb
ora
hH
utc
hin
gs,
(70)
Kari
nSandst
rom
,(7
1)
Fra
nk
Ser
duke,
(72)
Matt
hew
Moore
,(7
3)
Harr
ison
Pugh,(7
4)
Jen
nifer
Hoffm
an,(7
5)
Tom
maso
Tre
u,(7
6)
Sandra
Faber
,(7
7)
Gen
evie
ve
Gra
ves
,(7
8)
Mark
Dic
kin
son,(7
9)
David
Poole
y,(8
0)
Sung
Park
,(8
1)
Jeff
rey
Silver
man,(8
2)
Jam
esSca
la,(8
3)
Ash
erB
lum
,(8
4)
Kats
ukiShim
asa
ki,
(85)
Josh
ua
Blo
om
,(8
6)
Kath
erin
eA
lata
lo,(8
7)
Thea
Ste
ele,
(88)
Danie
lPer
ley,
(89)
Nath
anie
lB
utl
er,(9
0)
Ste
ven
Rodney
,(9
1)
Danie
lK
oce
vsk
i,(9
2)
Xia
ofe
ng
Wang,(9
3)
Danie
lSte
rn,
(94)
Mic
hael
Cooper
,(9
5)
KaiN
oes
ke,
(96)
Adam
Mille
r,(9
7)
Nic
hola
sLee
,(9
8)
Case
yPapovic
h,(9
9)
Chri
stopher
Willm
er,(1
00)
Lis
aK
ewle
y,(1
01)
Karl
Gla
zebro
ok,(1
02)
David
Gilbank,(1
03)
DoviPozn
ansk
i,(1
04)
Matt
hew
Malk
an,(1
05)
Bra
dle
yTuck
er,(1
06)
Mis
tyB
entz
,(1
07)
Jonel
leW
als
h,(1
08)
Rach
elStr
eet,
(109)
Mart
on
Hid
as,
(110)
Jong-H
ak
Woo,(1
11)
Caro
lT
horn
ton,(1
12)
Gabri
ela
Canalizo
,(1
13)
Kyle
Hin
er,(1
14)
Jen
ny
Gre
ene,
(115)
David
Tytl
er,(1
16)
Chri
stopher
Gri
ffith
,(1
17)
Robin
Most
ard
i,(1
18)
Vin
cent
Vis
com
i,(1
19)
Bet
hany
Cobb,(1
20)
Mic
hael
McC
ourt
,(1
21)
Matt
hew
Geo
rge.
kR
educe
rs:(1
)Tom
Math
eson,(2
)Luis
Ho,(3
)A
aro
nB
art
h,(4
)D
oug
Leo
nard
,(5
)R
yan
Chorn
ock
,(6
)M
ike
Era
cleo
us,
(7)
Wei
dong
Li,
(8)
Aliso
nC
oil,(9
)R
yan
Fole
y,(1
0)
Thea
Ste
ele,
(11)
Jeff
rey
Silver
man,(1
2)
Bra
ndon
Sw
ift.
l Flu
xC
orr
ecti
on:(0
)N
oco
rrec
tion,(2
)N
ot
para
llact
ic,but
gala
xy
subtr
act
ed,no
conta
min
ation,(3
)N
ot
para
llact
ic,but
gala
xy
subtr
act
edw
ith
conta
min
ation,(4
)Para
llact
icand
scale
d,
(5)
Para
llact
icand
gala
xy
subtr
act
ed,
no
conta
min
ati
on,
(6)
Para
llact
icand
gala
xy
subtr
act
edw
ith
conta
min
ati
on.
Neg
ati
ve
valu
esin
dic
ate
that
>5%
of
the
corr
ecte
dflux
isneg
ative.
mO
bse
rvation
has
unre
liable
spec
trophoto
met
rydue
toev
ents
exte
rnalto
norm
alte
lesc
ope
oper
ation
and
data
reduct
ion.See
Spec
trophoto
met
rySec
tion
for
more
info
rmation.
Conti
nued
on
Nex
tPage.
..
c© 2012 RAS, MNRAS 000, 1–30
30 Silverman, et al.
Table
2—
Conti
nued
SN
Nam
eU
TD
ate
aM
JD
bP
hase
cIn
st.d
Wavel
ength
Res
.eP.A
.fPar.
gA
ir.h
See
.iE
xp.
Obse
rver
(s)j
Red
uce
rkFlu
x
Range
(A)
(A)
(◦)
(◦)
(′′ )
(s)
Corr
.l
nA
lso
know
nas
SN
F20071021-0
00.
oA
lso
know
nas
SN
F20080514-0
02.
pA
lso
know
nas
RO
TSE
3J125642.7
+273041.
qA
lso
know
nas
SN
F20080825-0
06.
r Als
oknow
nas
SN
F20080825-0
10.
s Als
oknow
nas
SN
F20080909-0
30.
t Als
oknow
nas
SN
F20080920-0
00.
c© 2012 RAS, MNRAS 000, 1–30
