ING flux list page (same as below with full references)

Table 1 TN 100
Spectrophometric Standards referred to equinox J2000.0

Original        RA         Dec       Proper    m5556  ST    ING Name  Note
Name                                 motion

G 158-100   00 33 54.5  -12 07 58 +0.011 -0.17 14.82 sdG   SP0031-124 2,3 
PG0205+134  02 08 03.4  +13 36 25              14.87 sdOB  SP0205+134 1   
PG0216+032  02 19 18.8  +03 26 54              14.79 sdOC  SP0216+032 1   
PG0310+149  03 13 37.2  +15 06 22              15.63 sdO   SP0310+149 1  
GD 50       03 48 50.0  -00 58 32 +0.002 -0.15 14.06 DA2   SP0346-011 2    

SA95-42     03 53 43.7  -00 04 29              15.60       SP0351-002 2  
HZ 4        03 55 22.0  +09 47 19 +0.012  0.0  14.47 DA    SP0352+096 2,3  
HZ 14       04 41 01.8  +10 59 41 +0.007 +0.01 14.01 DA    SP0438+108 1,3  
G 191-B2B   05 05 30.6  +52 49 56 +0.004 -0.09 11.85 DA0   SP0501+527 1,2,3
Hiltner 600 06 45 13.4  +02 08 15              10.42 B1V   SP0642+021 1,3 

G 193-74    07 53 27.2  +52 29 31 -0.008 -0.26 15.58 DC    SP0749+526 2 
BD+75o 325  08 10 49.2  +74 57 57 -0.002 -0.01  9.52 O5p   SP0804+751 2  
PG0823+546  08 26 49.4  +54 28 01              14.36 sdOC  SP0823+546 1
PG0846+249  08 49 05.9  +24 45 08              16.94 DA1   SP0846+249 1
PG0934+554  09 38 20.4  +55 05 54 +0.002 -0.04 12.16 sdO   SP0934+554 1,4,5

PG0939+262  09 42 50.8  +26 01 01              14.89 DA1   SP0939+262 1 
GD 108      10 00 47.2  -07 33 31 -0.003 0.00  13.57 sdB?  SP0958-073 2,5
Feige 34    10 39 36.7  +43 06 10              11.25 sdO   SP1036+433 1,2,3,5
HD93521     10 48 23.5  +37 34 13  0.000 +0.01  6.96 O9Vp  SP1045+378 2,5
PG1121+145  11 24 15.1  +14 13 46              16.97 DA1   SP1121+145 1

GD 140      11 37 05.1  +29 47 58 -0.012 -0.01 12.50 DAn   SP1134+300 1,3,5
EG 81       11 37 26.4  +14 10 15 -0.006 -0.05 13.30 sdO   SP1134+144 1
HZ 21       12 13 56.6  +32 56 30              14.67 DO2   SP1211+332 2
Feige 66    12 37 23.6  +25 03 59  0.000 -0.03 10.54 sdO   SP1234+254 1,2
Feige 67    12 41 51.8  +17 31 21              11.89 sdO   SP1239+178 1,2

G60-54      13 00 09.0  +03 28 38 -0.026 -0.92 15.73 DC    SP1257+038 2  
HZ 44       13 23 35.3  +36 08 01 -0.004 +0.03 11.74 sdO   SP1321+363 1,2,3
Grw+70 5824 13 38 52.8  +70 17 08 -0.027 -0.02 12.72 DA    SP1337+705 2,3 
PG1545+035  15 48 24.2  +03 22 51              14.34 sdOB  SP1545+035 1
BD33 2642   15 51 59.9  +32 56 53              10.74 B2IVp SP1550+330 2,3

G 138-31    16 27 53.4  +09 12 16 -0.007 -0.46 16.07 DA7   SP1625+093 2,3 
PG1708+602  17 09 15.9  +60 10 10              13.92 sdOC  SP1708+602 1
HD 192281   20 12 33.2  +40 16 06 -0.001 +0.02  7.44 O5f   SP2010+401 1
G 24-9      20 13 55.7  +06 42 45 -0.017 -0.58 15.77 DQ7   SP2011+065 2,3
Cyg Ob2-9   20 33 10.8  +41 15 09              10.70 O5If  SP2031+410 1

Wolf 1346   20 34 21.9  +25 03 51 -0.030 -0.55 11.59 DA    SP2032+248 1,3 
BD+28 4211  21 51 11.1  +28 51 53              10.56 sdOp  SP2148+286 1,2,3
BD+25 4655  21 59 41.9  +26 25 57 -0.002 -0.05  9.65       SP2157+261 2
NGC 7293    22 29 38.4  -20 50 14              13.48       SP2226-210 2
HD 217086   22 56 47.1  +62 43 38 +0.000 -0.01  7.49 O5    SP2254+624 1

LTT 9491    23 19 34.6  -17 05 29 +0.018 +0.04 14.06 DC    SP2316-173 2   
Feige 110   23 19 58.4  -05 09 57              11.88 DOp   SP2317-054 1,2,3,5
GD 248      23 26 06.5  +16 00 21 -0.003 -0.09 15.08 DQ5?  SP2323+157 2,3

Table I (TN65)
Spectrophotometric Standards referred to equinox B1950.0

G158-100    00 31 22.2 -12 24 21 +0.011 -0.17 14.82 sdG   SP0031-124 3,5
Hiltner 102 01 05 53.7 +62 31 31              10.35 B0III SP0105+625 2
L870-2      01 35 26.2 -05 14 42 +0.037 -0.34 12.82 DA    SP0135-052 1,6
Feige 15    01 46 28.4 +13 18 18 +0.003 +0.03 10.41 A1V   SP0146+133 2,35
Feige 24    02 32 31.0 +03 30 52 +0.003 -0.03 12.42 DA+M1V SP0232+035 1,35

Feige 25    02 36 00.0 +05 15 17              12.01 B6V   SP0236+052 2
HD  19445   03 05 28.6 +26 09 06 -0.016 -0.83  7.98 sdF   SP0305+261 4,7
HZ  4       03 52 37.9 +09 38 35 +0.012  0.00 14.57 DA    SP0352+096 1,35
LB  1240    04 01 32.6 +25 00 53 +0.011 -0.23 13.94 DA    SP0401+250 1,8
LB  227     04 06 36.7 +17 00 05 +0.008 -0.02 15.29 DA    SP0406+170 1,9

HZ  2       04 09 57.2 +11 44 16 +0.003 -0.09 14.07 DA    SP0409+117 1
40 Eri B    04 13 03.6 -07 44 06 -0.146 -3.44  9.55 DA    SP0413-077 1,10
HZ  7       04 30 57.0 +12 36 27 +0.01   0.0  14.29 DA    SP0430+126 1
HZ  15      04 37 56.0 +08 35 00              12.59 B5    SP0437+085 2
HZ  14      04 38 15.6 +10 53 56 +0.007 +0.01 13.94 DA    SP0438+108 1

G191-B2B    05 01 31.5 +52 45 52              11.81 DAwk  SP0501+527 1,11
G99-37      05 48 45.6 -00 11 16 +0.007 +0.20 14.51 DGp   SP0548-001 1
Hiltner 600 06 42 37.2 +02 11 26              10.42 B1V   SP0642+021 2
He  3       06 44 14.8 +37 35 03 -0.018 -0.91 12.05 DA    SP0644+375 1,12
L745-46A    07 38 02.1 -17 17 22 +0.078 -0.57 12.91 DF    SP0738-172 1,13

BD+08o 2015 08 13 01.1 +07 46 29 -0.012 -0.17 10.39 G2V   SP0813+077 2
LDS  235    08 45 13.3 -18 48 46 -0.008 -0.05 15.66 DB    SP0845-188 1
G47-18      08 56 11.2 +33 08 54 -0.027  0.0  15.18       SP0856+331 1
SA29  130   09 43 29.5 +44 08 31  0.000 +0.29 13.22 DA    SP0943+441 1,14
HD  84937   09 46 12.0 +13 59 17 +0.027 -0.79  8.27 sdF   SP0946+139 4,15

Feige 34    10 36 41.0 +43 21 49              11.24 sdO   SP1036+433 2
L970-30     11 05 27.8 -04 52 51 -0.002 -0.43 12.97 DA    SP1105-048 1,16
Ton  573    11 07 18.5 +26 35 12 +0.007 -0.11 15.83 DB    SP1107+265 1,17
Ross 627    11 21 38.7 +21 38 05 -0.072 +0.02 14.12 DA,F  SP1121+216 1,18
GD 140      11 34 27.8 +30 04 35 -0.01~  0.0~ 12.41 DAn   SP1134+300 1

Feige 56    12 04 13.8 +11 56 54  0.000 +0.03 11.11 B5p   SP1204+119 2,35
HZ  29      12 32 28.5 +37 54 15 +0.002 +0.02 14.16 DBp   SP1232+379 1,19
HZ  43      13 14 00.6 +29 21 49 -0.010 -0.08 13.03 DAwk  SP1314+293 1,20
HZ  44      13 21 19.0 +36 23 37 -0.004 +0.03 11.67 sdO   SP1321+363 1
Wolf  485A  13 27 39.8 -08 18 38 -0.074 -0.42 12.22 DA    SP1327-083 1,21

Grw+70 5824 13 37 38.4 +70 32 20 -0.027 -0.02 12.87 DA    SP1337+705 1
Feige 92    14 09 41.5 +50 21 07 -0.003  0.00 11.62 Bp    SP1409+503 2,35
Feige 98    14 36 03.9 +27 42 30 +0.007 -0.03 11.84 B7    SP1436+277 2,35
BD+26 2606  14 46 50.2 +25 54 53 +0.000 -0.35  9.66 sdF   SP1446+259 4,22
GD 190-193  15 42 03.8 +18 16 13 +0.003 -0.10 14.66 DB    SP1542+182 1

BD+33 2642  15 50 02.9 +33 05 48              10.88 B2IVp SP1550+330 2
G138-31     16 25 30.0 +09 19 16 -0.007 -0.46 16.12 DA7   SP1625+093 3
Ross 640    16 26 39.3 +36 52 12 -0.042 +0.74 13.82 DFp   SP1626+368 1,23
Kopff 27    17 41 28.4 +05 26 04              10.31 A3V   SP1741+054 2
Grw+70 8247 19 00 39.0 +70 35 05 +0.019 +0.52 13.12       SP1900+705 1,24

BD+25 3941  19 42 21.9 +26 06 01  0.000 -0.03 10.36 B1.5V SP1942+261 2,35
BD+40 4032  20 06 40.0 +41 06 15              10.45 B2III SP2006+411 2
G24-9       20 11 29.3 +06 34 06 -0.017 -0.58 15.70 DQ7   SP2011+065 3,25
Wolf 1346   20 32 14.0 +24 53 57 -0.030 -0.55 11.54 DA    SP2032+248 1,26
Grw+73 8031 21 26 43.4 +73 25 52 +0.010 -0.32 12.75 DA    SP2126+734 1,27

LDS 749 B   21 29 41.2 +00 01 56 +0.022 +0.05 14.70 DB    SP2129+000 1,28
L1363-3     21 40 22.5 +20 46 46 -0.019 -0.68 13.28 DC    SP2140+207 1,29
L930-80     21 44 57.5 -07 58 02 +0.024 -0.16 14.88 DB    SP2144-079 1,30
BD+28 4211  21 48 57.0 +28 37 48              10.56 sdOp  SP2148+286 2
BD+17 4708  22 09 05.8 +17 50 42 +0.036 +0.05  9.41 sdF   SP2209+178 4,31

G157-34     23 11 50.9 -06 49 02 -0.023 -0.16 15.35 DQ6   SP2311-068 3,32
Feige 110   23 17 23.5 -05 26 23              11.88 sdO   SP2317-054 2,33
GD  248     23 23 35.8 +15 43 55 -0.003 -0.09 15.10 DQ5?  SP2323+157 3
L1512-34    23 41 21.0 +32 16 10 -0.018 -0.06 12.92 DA    SP2341+322 1,34


je@astro.livjm.ac.uk