We report the first velocity resolved sodium 5889.950 Å line profile observations of the lunar sodium tail observed in the anti-lunar direction near new Moon. These observations were made on 29 March 2006, 27 April 2006 and 28 April 2006 from Pine Bluff (WI) observatory with a double etalon Fabry-Perot spectrometer at a resolving power of ∼80,000. The observations were made within 2–14 hours from new Moon, pointing near the anti-lunar point. The average observed radial velocity of the lunar sodium tail in the vicinity of the anti-lunar point for the three nights reported was 12.4 km s−1 (from geocentric zero). The average Doppler width of a single Gaussian fit to the emission line was 7.6 km s−1. In some cases the line profile appears asymm...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
Plain Language Summary We present the first comprehensive set of lunar exospheric line width and lin...
I apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pota...
We report the first velocity resolved sodium 5889.950 Å line profile observations of the lunar sodiu...
We have recently obtained the first velocity resolved sodium 5889.950 Å\ (D2) line profile observati...
We have recently obtained the first velocity resolved sodium D2 (5889.950 Å) line profile observatio...
We report ongoing results of a program to measure the lunar sodium exospheric line profile from near...
The lunar sodium tail extends long distances due to radiation pressure on sodium atoms in the lunar ...
The moon is known to possess an extended tail of lunar sodium atoms that is presumably formed when h...
We conducted a highly successful engineering run to demonstrate the feasibility of high spectral res...
We have applied high-resolution Fabry-Perot spectroscopy to the study of the lunar sodium exosphere ...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
Plain Language Summary We present the first comprehensive set of lunar exospheric line width and lin...
I apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pota...
We report the first velocity resolved sodium 5889.950 Å line profile observations of the lunar sodiu...
We have recently obtained the first velocity resolved sodium 5889.950 Å\ (D2) line profile observati...
We have recently obtained the first velocity resolved sodium D2 (5889.950 Å) line profile observatio...
We report ongoing results of a program to measure the lunar sodium exospheric line profile from near...
The lunar sodium tail extends long distances due to radiation pressure on sodium atoms in the lunar ...
The moon is known to possess an extended tail of lunar sodium atoms that is presumably formed when h...
We conducted a highly successful engineering run to demonstrate the feasibility of high spectral res...
We have applied high-resolution Fabry-Perot spectroscopy to the study of the lunar sodium exosphere ...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
We apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pot...
Plain Language Summary We present the first comprehensive set of lunar exospheric line width and lin...
I apply high resolution spectroscopy to investigate the lunar exosphere by measuring sodium and pota...