Experiment v271n

Experiment v271n (LCS)

Schedule

sur_sked configuration file for scheduling v271n

A pool of candidate sources used for scheduling v271n

v271n schedule in KEY format

Statistics of v271n schedule

The list of 181 sources observed in v271n, 140 targets and 41 clibrators

Data

Correlator output in FITS-IDI format (48 Gb):

2015_04_07_v271n_01.fits

2015_04_07_v271n_02.fits

2015_04_07_v271n_03.fits

2015_04_07_v271n_04.fits

2015_04_07_v271n_05.fits

2015_04_07_v271n_06.fits

2015_04_07_v271n_07.fits

2015_04_07_v271n_08.fits

2015_04_07_v271n_09.fits

2015_04_07_v271n_10.fits

2015_04_07_v271n_11.fits

2015_04_07_v271n_12.fits

Calibration

Station	Log	Weather	Tsys
ATCA-104	n/a	v271n_at.weather	n/a. Model: 45K + 5.0/sin(e)
CEDUNA	v271ncd.log	v271ncd.log	n/a. Model: 620Jy + 20.0/sin(e)
HARTRAO	v271nhh.log	v271nhh.wea	v271n_hh.ant
HOBART26	v271nho.log	v271nho.log	v271n_ho.ant
KATH12M	v271nke.log	v271nke.log	v271n_ke.ant
PARKES	n/a	v271n_pa.weather	v271n_pa.ant
YARRA12M	v271nyg.log	v271nyg.log	v271n_yg.ant
WARK12M	v271nww.log	v271n_ww.ant	n/a. Model: 85K + 5.0/sin(e)

Comments

LBA v271n Wiki page

LBA v271n ftp directory

ATCA-104 no Tsys is available. Known problem.

CEDUNA No Tsys is available.

HOBART26 lost IF 9-16 due to misconfiguraiont of the data aqusition system. This is the most serious problem. As a result, the bandwidth dropped from 320 MHz to 144 MHz with baselines with Hh, Ke, Pa, Yg, WW, 80 MHZ with Ceduna, and to 32MHz with At. Precision of group delay dropped almost one order of magintude.

WARK12M No Tsys is available due to lack of hardware. The hardware is under development.

Results

76 out of 140 target sources had 3 or more used points. 64 non-detections:

0013-634 J0016-6310

0026-463 J0028-4606

0030-485 J0033-4819

0032-636 J0035-6320

0051-495 J0053-4914

0351-701 J0351-6959

0410-579 J0411-5749

0411-561 J0412-5600

0419-580 J0420-5756

0506-502 J0507-5013

0620-341 J0621-3411

0737-594 J0738-5935

0840-446 J0842-4451

0844-508 J0845-5104

0846-452 J0848-4524

0849-475 J0851-4742

0852-519 J0853-5209

0901-476 J0903-4748

0905-403 J0907-4030

0912-412 J0914-4129

0916-547 J0917-5455

0927-509 J0928-5110

0931-447 J0933-4501

0942-599 J0944-6011

0946-464 J0948-4643

1020-500 J1022-5017

1026-525 J1028-5247

1028-586 J1030-5853

1030-619 J1031-6213

1036-580 J1038-5818

1036-585 J1038-5846

1042-640 J1044-6421

1054-548 J1056-5504

1054-601 J1056-6027

1100-577 J1102-5804

1102-604 J1104-6045

1113-577 J1115-5802

1126-623 J1128-6238

1128-666 J1131-6657

1154-565 J1156-5651

1207-565 J1209-5647

1213-677 J1215-6800

1218-571 J1220-5727

1240-623 J1243-6236

1252-635 J1255-6349

1358-473 J1401-4733

1358-493 J1401-4932

1401-610 J1404-6120

1521-569 J1525-5709

1545-536 J1549-5345

1605-514 J1609-5133

1609-510 J1613-5111

1613-504 J1617-5032

1614-501 J1618-5018

1615-500 J1619-5009

1618-430 J1622-4308

1632-471 J1636-4712

1636-464 J1640-4633

1652-683 J1657-6824

1712-465 J1716-4634

1715-436 J1719-4339

2208-438 J2211-4333

2345-389 J2348-3840

2350-375 J2353-3713

Listing of a stand-alone solution

Preliminary catalogue of source positions from v271n

System equivalent flux density (SEFD)

Station	SEFD Jy	m.e.f.(SEFD)
ATCA-109	60	0.06
CEDUNA	1500	0.06
HARTRAO	1860	0.07
HOBART26	850	0.06
PARKES	50	0.05
KATH12M	3050	0.06
YARRA12M	2800	0.07
WARK12M	3050	0.08

Estimates of the correlated flux density

The correlated flux density is given in three ranges:

Flux₁: 0 – 6 Mλ
Flux₂: 6 – 25 Mλ
Flux₃: 25 – 50 Mλ

Source J2000 name # Obs Flux₁ Jy Flux₂ Jy Flux₃ Jy

0000-550 J0003-5444 8 0.006 0.007 0.010

0010-401 J0012-3954 25 0.663 0.655 0.621

0047-579 J0049-5738 10 1.084 -1.000 0.664

0056-572 J0058-5659 15 0.676 0.489 0.642

0114-621 J0116-6153 38 0.027 0.025 0.025

0130-620 J0132-6146 17 0.017 0.015 0.016

0219-706 J0220-7022 35 0.071 0.064 0.059

0235-618 J0236-6136 10 0.345 -1.000 0.351

0241-512 J0243-5105 7 0.019 0.014 0.016

0248-561 J0249-5556 32 0.020 0.017 0.020

0302-623 J0303-6211 15 1.300 0.964 1.040

0334-546 J0335-5430 15 0.535 0.429 0.499

0349-473 J0350-4713 15 0.226 0.163 0.064

0420-625 J0420-6223 12 0.063 0.031 0.011

0424-728 J0423-7245 1 -1.000 -1.000 0.019

0437-454 J0439-4522 10 0.951 0.927 0.885

0442-282 J0444-2809 20 0.013 0.013 0.011

0454-649 J0455-6449 7 0.009 0.010 0.010

0454-810 J0450-8101 33 1.368 1.188 1.354

0509-573 J0510-5719 16 0.021 0.016 0.018

0523-681 J0522-6804 1 -1.000 -1.000 0.030

0550-683 J0550-6822 1 -1.000 -1.000 0.055

0616-487 J0618-4844 25 0.038 0.026 0.038

0625-536 J0626-5341 9 0.021 0.016 0.018

0642-436 J0644-4343 8 0.020 -1.000 0.020

0651-603 J0651-6022 21 0.028 0.026 0.023

0743-673 J0743-6726 35 1.062 0.844 1.068

0842-754 J0841-7540 29 0.094 0.074 0.082

0926-352 J0928-3529 28 0.040 0.041 0.037

0931-640 J0932-6419 26 0.048 0.042 0.029

1005-739 J1006-7409 26 0.395 0.369 0.375

1012-610 J1013-6115 6 0.034 0.013 -1.000

1022-665 J1023-6646 30 0.688 0.638 0.592

1045-620 J1047-6217 23 1.041 0.965 0.885

1048-525 J1050-5249 30 0.291 0.277 0.251

1049-650 J1051-6518 22 0.197 0.173 0.148

1101-536 J1103-5357 26 0.499 0.466 0.462

1105-680 J1107-6820 26 1.049 1.006 0.556

1109-567 J1112-5703 26 0.617 0.577 0.417

1116-462 J1118-4634 23 1.030 1.036 0.507

1127-443 J1129-4435 23 0.154 0.167 0.131

1130-741 J1132-7425 26 0.057 0.053 0.042

1133-739 J1136-7415 30 0.180 0.149 0.158

1156-663 J1159-6635 21 0.140 0.121 0.129

1221-829 J1224-8313 34 0.841 0.763 0.788

1227-645 J1230-6451 2 0.017 -1.000 0.007

1234-504 J1237-5046 26 0.254 0.255 0.123

1236-684 J1239-6845 15 0.312 0.255 0.194

1251-713 J1254-7138 15 0.817 0.653 0.705

1300-629 J1303-6314 1 -1.000 -1.000 0.014

1303-827 J1308-8259 19 0.145 0.115 0.120

1325-472 J1328-4727 18 0.015 0.014 0.010

1329-665 J1332-6646 6 0.047 0.014 0.015

1334-649 J1337-6509 30 0.455 0.464 0.319

1349-664 J1353-6639 17 0.029 0.025 0.024

1352-632 J1355-6326 30 1.054 1.114 0.617

1417-782 J1423-7829 24 0.186 0.172 0.153

1420-679 J1424-6807 28 1.642 1.436 1.337

1424-418 J1427-4206 21 5.918 5.041 5.818

1440-389 J1443-3908 30 0.108 0.107 0.080

1448-648 J1452-6502 21 0.244 0.186 0.177

1451-375 J1454-3747 15 1.520 1.441 1.363

1508-656 J1512-6553 35 0.079 0.066 0.065

1540-828 J1550-8258 30 0.901 0.836 0.705

1549-790 J1556-7914 3 -1.000 0.501 0.179

1600-489 J1603-4904 25 0.726 0.598 0.306

1611-710 J1616-7108 15 0.191 0.153 0.192

1619-680 J1624-6809 21 1.373 1.194 0.862

1625-417 J1628-4152 2 -1.000 0.003 0.016

1625-492 J1629-4922 16 0.093 0.042 -1.000

1630-471 J1634-4716 1 -1.000 -1.000 0.031

1633-810 J1642-8108 15 0.098 0.131 0.128

1635-549 J1639-5501 44 0.032 0.030 0.029

1637-771 J1644-7715 30 0.290 0.232 0.249

1646-506 J1650-5044 40 1.250 1.137 1.078

1711-403 J1715-4025 25 0.206 0.161 0.027

1725-795 J1733-7935 30 0.399 0.394 0.331

1819-673 J1824-6717 1 0.006 -1.000 -1.000

1821-583 J1825-5817 1 -1.000 0.009 -1.000

1831-711 J1837-7108 32 0.720 0.595 0.372

1844-732 J1850-7311 7 0.031 0.020 0.029

1903-802 J1912-8010 41 0.539 0.521 0.442

1914-412 J1918-4111 55 0.131 0.114 0.115

1928-698 J1933-6942 61 0.414 0.372 0.270

1934-638 J1939-6342 52 1.785 1.469 0.648

1936-623 J1941-6211 45 0.694 0.623 0.391

1950-613 J1955-6115 54 0.436 0.315 0.294

1954-552 J1958-5509 33 0.052 0.037 0.047

2002-503 J2006-5011 40 0.191 0.147 0.129

2030-421 J2034-4157 25 0.095 0.057 0.024

2043-670 J2048-6649 32 0.100 0.070 0.034

2059-786 J2105-7825 10 0.428 -1.000 0.416

2109-811 J2116-8053 25 0.879 0.772 0.830

2140-434 J2143-4312 5 -1.000 0.007 0.011

2142-758 J2147-7536 15 1.572 1.645 1.838

2148-555 J2151-5520 16 0.034 0.026 0.030

2213-456 J2216-4521 22 0.119 0.036 0.020

2220-505 J2223-5017 21 0.079 0.085 0.045

2226-411 J2229-4051 3 0.018 0.008 -1.000

2310-417 J2312-4126 22 0.166 0.058 0.027

2310-539 J2313-5343 19 0.163 0.071 0.018

2315-435 J2318-4313 4 0.019 0.004 -1.000

2348-762 J2351-7600 35 0.020 0.017 0.018

2355-534 J2357-5311 10 1.975 -1.000 1.684

2357-318 J2359-3133 9 0.570 0.580 0.101

Back to LBA Calibrator Survey web page.
This page was prepared by Leonid Petrov ()
Last update: 2016.04.23_10:42:07

`0013-634`	`J0016-6310`
`0026-463`	`J0028-4606`
`0030-485`	`J0033-4819`
`0032-636`	`J0035-6320`
`0051-495`	`J0053-4914`
`0351-701`	`J0351-6959`
`0410-579`	`J0411-5749`
`0411-561`	`J0412-5600`
`0419-580`	`J0420-5756`
`0506-502`	`J0507-5013`
`0620-341`	`J0621-3411`
`0737-594`	`J0738-5935`
`0840-446`	`J0842-4451`
`0844-508`	`J0845-5104`
`0846-452`	`J0848-4524`
`0849-475`	`J0851-4742`
`0852-519`	`J0853-5209`
`0901-476`	`J0903-4748`
`0905-403`	`J0907-4030`
`0912-412`	`J0914-4129`
`0916-547`	`J0917-5455`
`0927-509`	`J0928-5110`
`0931-447`	`J0933-4501`
`0942-599`	`J0944-6011`
`0946-464`	`J0948-4643`
`1020-500`	`J1022-5017`
`1026-525`	`J1028-5247`
`1028-586`	`J1030-5853`
`1030-619`	`J1031-6213`
`1036-580`	`J1038-5818`
`1036-585`	`J1038-5846`
`1042-640`	`J1044-6421`
`1054-548`	`J1056-5504`
`1054-601`	`J1056-6027`
`1100-577`	`J1102-5804`
`1102-604`	`J1104-6045`
`1113-577`	`J1115-5802`
`1126-623`	`J1128-6238`
`1128-666`	`J1131-6657`
`1154-565`	`J1156-5651`
`1207-565`	`J1209-5647`
`1213-677`	`J1215-6800`
`1218-571`	`J1220-5727`
`1240-623`	`J1243-6236`
`1252-635`	`J1255-6349`
`1358-473`	`J1401-4733`
`1358-493`	`J1401-4932`
`1401-610`	`J1404-6120`
`1521-569`	`J1525-5709`
`1545-536`	`J1549-5345`
`1605-514`	`J1609-5133`
`1609-510`	`J1613-5111`
`1613-504`	`J1617-5032`
`1614-501`	`J1618-5018`
`1615-500`	`J1619-5009`
`1618-430`	`J1622-4308`
`1632-471`	`J1636-4712`
`1636-464`	`J1640-4633`
`1652-683`	`J1657-6824`
`1712-465`	`J1716-4634`
`1715-436`	`J1719-4339`
`2208-438`	`J2211-4333`
`2345-389`	`J2348-3840`
`2350-375`	`J2353-3713`

Source	J2000 name	# Obs	Flux₁ Jy	Flux₂ Jy	Flux₃ Jy
0000-550	J0003-5444	8	0.006	0.007	0.010
0010-401	J0012-3954	25	0.663	0.655	0.621
0047-579	J0049-5738	10	1.084	-1.000	0.664
0056-572	J0058-5659	15	0.676	0.489	0.642
0114-621	J0116-6153	38	0.027	0.025	0.025
0130-620	J0132-6146	17	0.017	0.015	0.016
0219-706	J0220-7022	35	0.071	0.064	0.059
0235-618	J0236-6136	10	0.345	-1.000	0.351
0241-512	J0243-5105	7	0.019	0.014	0.016
0248-561	J0249-5556	32	0.020	0.017	0.020
0302-623	J0303-6211	15	1.300	0.964	1.040
0334-546	J0335-5430	15	0.535	0.429	0.499
0349-473	J0350-4713	15	0.226	0.163	0.064
0420-625	J0420-6223	12	0.063	0.031	0.011
0424-728	J0423-7245	1	-1.000	-1.000	0.019
0437-454	J0439-4522	10	0.951	0.927	0.885
0442-282	J0444-2809	20	0.013	0.013	0.011
0454-649	J0455-6449	7	0.009	0.010	0.010
0454-810	J0450-8101	33	1.368	1.188	1.354
0509-573	J0510-5719	16	0.021	0.016	0.018
0523-681	J0522-6804	1	-1.000	-1.000	0.030
0550-683	J0550-6822	1	-1.000	-1.000	0.055
0616-487	J0618-4844	25	0.038	0.026	0.038
0625-536	J0626-5341	9	0.021	0.016	0.018
0642-436	J0644-4343	8	0.020	-1.000	0.020
0651-603	J0651-6022	21	0.028	0.026	0.023
0743-673	J0743-6726	35	1.062	0.844	1.068
0842-754	J0841-7540	29	0.094	0.074	0.082
0926-352	J0928-3529	28	0.040	0.041	0.037
0931-640	J0932-6419	26	0.048	0.042	0.029
1005-739	J1006-7409	26	0.395	0.369	0.375
1012-610	J1013-6115	6	0.034	0.013	-1.000
1022-665	J1023-6646	30	0.688	0.638	0.592
1045-620	J1047-6217	23	1.041	0.965	0.885
1048-525	J1050-5249	30	0.291	0.277	0.251
1049-650	J1051-6518	22	0.197	0.173	0.148
1101-536	J1103-5357	26	0.499	0.466	0.462
1105-680	J1107-6820	26	1.049	1.006	0.556
1109-567	J1112-5703	26	0.617	0.577	0.417
1116-462	J1118-4634	23	1.030	1.036	0.507
1127-443	J1129-4435	23	0.154	0.167	0.131
1130-741	J1132-7425	26	0.057	0.053	0.042
1133-739	J1136-7415	30	0.180	0.149	0.158
1156-663	J1159-6635	21	0.140	0.121	0.129
1221-829	J1224-8313	34	0.841	0.763	0.788
1227-645	J1230-6451	2	0.017	-1.000	0.007
1234-504	J1237-5046	26	0.254	0.255	0.123
1236-684	J1239-6845	15	0.312	0.255	0.194
1251-713	J1254-7138	15	0.817	0.653	0.705
1300-629	J1303-6314	1	-1.000	-1.000	0.014
1303-827	J1308-8259	19	0.145	0.115	0.120
1325-472	J1328-4727	18	0.015	0.014	0.010
1329-665	J1332-6646	6	0.047	0.014	0.015
1334-649	J1337-6509	30	0.455	0.464	0.319
1349-664	J1353-6639	17	0.029	0.025	0.024
1352-632	J1355-6326	30	1.054	1.114	0.617
1417-782	J1423-7829	24	0.186	0.172	0.153
1420-679	J1424-6807	28	1.642	1.436	1.337
1424-418	J1427-4206	21	5.918	5.041	5.818
1440-389	J1443-3908	30	0.108	0.107	0.080
1448-648	J1452-6502	21	0.244	0.186	0.177
1451-375	J1454-3747	15	1.520	1.441	1.363
1508-656	J1512-6553	35	0.079	0.066	0.065
1540-828	J1550-8258	30	0.901	0.836	0.705
1549-790	J1556-7914	3	-1.000	0.501	0.179
1600-489	J1603-4904	25	0.726	0.598	0.306
1611-710	J1616-7108	15	0.191	0.153	0.192
1619-680	J1624-6809	21	1.373	1.194	0.862
1625-417	J1628-4152	2	-1.000	0.003	0.016
1625-492	J1629-4922	16	0.093	0.042	-1.000
1630-471	J1634-4716	1	-1.000	-1.000	0.031
1633-810	J1642-8108	15	0.098	0.131	0.128
1635-549	J1639-5501	44	0.032	0.030	0.029
1637-771	J1644-7715	30	0.290	0.232	0.249
1646-506	J1650-5044	40	1.250	1.137	1.078
1711-403	J1715-4025	25	0.206	0.161	0.027
1725-795	J1733-7935	30	0.399	0.394	0.331
1819-673	J1824-6717	1	0.006	-1.000	-1.000
1821-583	J1825-5817	1	-1.000	0.009	-1.000
1831-711	J1837-7108	32	0.720	0.595	0.372
1844-732	J1850-7311	7	0.031	0.020	0.029
1903-802	J1912-8010	41	0.539	0.521	0.442
1914-412	J1918-4111	55	0.131	0.114	0.115
1928-698	J1933-6942	61	0.414	0.372	0.270
1934-638	J1939-6342	52	1.785	1.469	0.648
1936-623	J1941-6211	45	0.694	0.623	0.391
1950-613	J1955-6115	54	0.436	0.315	0.294
1954-552	J1958-5509	33	0.052	0.037	0.047
2002-503	J2006-5011	40	0.191	0.147	0.129
2030-421	J2034-4157	25	0.095	0.057	0.024
2043-670	J2048-6649	32	0.100	0.070	0.034
2059-786	J2105-7825	10	0.428	-1.000	0.416
2109-811	J2116-8053	25	0.879	0.772	0.830
2140-434	J2143-4312	5	-1.000	0.007	0.011
2142-758	J2147-7536	15	1.572	1.645	1.838
2148-555	J2151-5520	16	0.034	0.026	0.030
2213-456	J2216-4521	22	0.119	0.036	0.020
2220-505	J2223-5017	21	0.079	0.085	0.045
2226-411	J2229-4051	3	0.018	0.008	-1.000
2310-417	J2312-4126	22	0.166	0.058	0.027
2310-539	J2313-5343	19	0.163	0.071	0.018
2315-435	J2318-4313	4	0.019	0.004	-1.000
2348-762	J2351-7600	35	0.020	0.017	0.018
2355-534	J2357-5311	10	1.975	-1.000	1.684
2357-318	J2359-3133	9	0.570	0.580	0.101