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UHRF Wavelength Settings

This table gives a summary of optimum setup values for UHRF obtained during different UHRF runs. Please pass on any new configurations you may have used so they can be added to this table.

Lambda Feature UXD UT UG UFC USC Date Comments
3131. Be II 7U 32500 28500 8600 11817 940608 SGR @0.6M 45sec arcs needed
3302. Na UV 7U 28000 24400 15994 13500 940406 UHRF manual
3358.05 NH 7U 28450 23250 10000 15420 960607 SGR @0.3M
3392.98 Ni I 7U 31350 22597 13612 18030 940406 UHRF manual
3719.94 Fe I 9B 34098 18000 24819 19378 940406 UHRF manual
3761.32 Ti II 9B 37000 17320 25500 20231 940406 UHRF manual
3859. Fe 9B 27950 15700 26800 21154 970325 SGR,JMC @1.0M
3874.6 CN 9B 32551 15485 27405 21095 940406 UHRF manual 60sec quartz
3933.68 Ca II K 9B 30259 14500 28495 21660 940406 UHRF manual
3968. Ca II H 9B 38000 13900 29140 22116 940406 UHRF manual
4065.4 Fe I 9B 33000 12400 26892 22921 961223 SGR @0.3M
4123.7 test 9B 33000 11340 26940 23407 990505 RAS @0.3M USC=-2.686mm
4158.6 Mg@z>0 9B 31000 10742 27000 23640 961126 SGR @0.3M
4226.7 Ca I 9B 28900 9600 32960 24308 950713 IAC
4230. CH+ 9B 38499 9450 32972 24297 940406 UHRF manual
4300. CH 9B 36900 8300 33795 24797 940406 UHRF manual
4421.0 DIB 9B 29063 6296 35433 25494 970617 JMC @1.0M
4425.0 DIB 9B 27862 6200 35450 25494 970617 JMC @1.0M
4430.0 DIB 9B 38337 6125 35543 25582 97061 JMC @1.0M
4435.0 DIB 9B 36503 6045 35589 25582 970617 JMC @1.0M
4440.0 DIB 9B 34901 5990 35654 25582 970617 JMC @1.0M
4583.84 Fe II 9B 33600 3600 47500 26444 960607 SGR @0.3M
5139. MgH 11V 26505 28700 41130 28995 940406 UHRF manual
5422.7 QSO 11V 29000 25600 41010 30027 980418 JMC @0.3M set up for Webb experiment with MITLL
5576.1 Fe I 11V 30350 23800 42865 30575 961223 SGR @0.3M
5780.6 DIB 11V 36000 21625 46520 31181 940816 SGR @0.3M
5797 DIB 11V 31850 21250 46960 31229 940816 SGR @0.6M
5849.8 11V 33300 20900 46540 31392 940730 SGR @0.3M
5889.95 Na D2 11V 38933 20300 47643 32551 940406 UHRF manual
5895.92 Na D1 11V 37376 20250 47540 32551 940406 UHRF manual
6125.6 ThO 11V 26580 17900 48630 32160 940818 SGR @0.3M
6149.3 Fe I 11V 36850 17500 46730 32224 961223 SGR @0.3M
6196.5 DIB 11V 25200 16900 48471 33233 940406 UHRF manual
6203.1 11V 40500 16975 48690 32366 940731 SGR @0.3M Vflux=1.42*Rflux
13R 40000 61200 48690 32366 940731 SGR @0.3M
6269.7 11V 40900 16200 49080 32526 940731 SGR @0.3M
11V 40900 16200 49380 940818 SGR @0.3M
13R 40450 60500 940731 SGR @0.3M
6283.9 11V 37350 16050 49120 32557 940731 SGR @0.3M Vflux=1.36*Rflux
13R 36900 60300 940731 SGR @0.3M
6300.3 [O I] 11V 32952 15605 46456 32973 070803 SDR, SCM @0.3M
6328.16 HeNe laser 11V 26400 15350 49860 33793 940406 UHRF manual
26500 15400 49890 950621 SGR @1.0M FWHM=2.3TekPix
13R 26020 59740 49860 33793 940406 UHRF manual
25930 59820 50010 940606 SGR @0.6M FWHM=2.0TekPix
26050 59730 50050 940815 SGR @0.6M FWHM=2.1TekPix
25860 59700 48800 950123 SGR @0.6M FWHM=2.0TekPix
25780 59900 49540 940730 SGR @0.3M FWHM=1.7TekPix
25800 59900 49841 940817 SGR @0.3M FWHM=1.6TekPix
25800 59900 49860 940818 SGR @0.3M FWHM=1.5TekPix
25800 59950 47018 950620 SGR @0.3M FWHM=1.6TekPix
6376.1 11V 31900 15025 49570 32767 940731 SGR @0.3M Vflux=1.77*Rflux
13R 31500 59400 940731 SGR @0.3M
6379.2 11V 31100 15025 49570 32774 940731 SGR @0.3M
13R 30700 59400 940731 SGR @0.3M
6613.7 DIB 13R 27495 56620 51054 34424 940406 UHRF manual
27350 56600 51280 940815 SGR @0.6M
6645 Eu 13R 38100 56835 50790 33415 940406 UHRF manual
6707.8 Li I 13R 41800 55650 51160 33504 940406 UHRF manual
41300 55850 48822 950620 SGR @0.3M
6899.4 ThO 13R 34700 53600 52120 33841 940818 SGR @0.3M
6993.1 11V 33000 8000 52350 34022 940731 SGR @0.3M Vflux=0.91*Rflux
13R 32610 52600 940731 SGR @0.3M
7224.0 13R 40150 50000 53130 34414 940731 SGR @0.3M
40150 50000 53415 940817 SGR @0.3M
7366.4 Fe I 13R 29400 48200 51000 34645 961126 SGR @0.3M
7636.8 O2 13R 34620 45250 54300 35088 940731 SGR @0.3M
35150 45050 53330 950123 SGR @0.6M
7698.96 K I 13R 43142 44390 54574 36689 940406 UHRF Manual
43025 44455 54900 940606 SGR @0.6M
43000 44350 54890 940815 SGR @0.6M
42800 44500 55100 940817 SGR @0.3M
43064 44343 54380 36690 990128 JMC @1.0M MITLL2
7821.3 CO2 13R 39930 42950 54730 35363 960723 SGR @0.6M
7842.6 CO2 13R 35500 42700 54730 35393 960723 SGR @0.6M
7871 CN(2-0) 13R 28462 42290 ???? ???? 990129 IAC @1.0M MITLL2
8177 H2O 13R 35900 38750 54745 35891 950123 SGR @0.6M
8197.1 H2O 13R 31750 38800 55990 35922 940731 SGR @0.6M
31800 38502 54830 950123 SGR @0.6M
8542 Ca II 13R 35900 34600 57150 36405 941008 SGR @0.3M
8760 C2 13R 43800 32100 55220 36682 950621 SGR @0.3M
8762 C2(Q2+Q4) 13R 43600 31770 56953 37110 990128 JMC @1.0M MITTL2
8771 C2(Q6+Q8) 13R 42100 31690 57245 37110 990128 JMC @1.0M MITLL2
8786 C2(Q10+Q12) 13R 39460 31508 57245 37110 990128 JMC @1.0M MITLL2

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Stuart Ryder, sdr -@- aao.gov.au