Experimental transition probabilities for spectral lines of seventy elements derived from the NBS tables of spectralline intensities; the wavelength, energy levels, transition probability, and oscillator strength of 25,000 lines between 2000 and 9000A for 112 spectra of 70 elements
U.S. National Bureau of Standards. Monograph
NBS monograph ;
Corliss, Charles H.
Bozman, William R.
[by] Charles H. Corliss and William R. Bozman.
1962
Experimental transition probabilities for spectral lines of seventy elements derived from the NBS tables of spectralline intensities; the wavelength, energy levels, transition probability, and oscillator strength of 25,000 lines between 2000 and 9000A for 112 spectra of 70 elements
Experimental transition probabilities for spectral lines of seventy elements derived from the NBS tables of spectralline intensities : the wavelength, energy levels, transition probability, and oscillator strength of 25,000 lines between 2000 and 9000A for 112 spectra of 70 elements
NBS monograph ;
Corliss, Charles H.
Bozman, William R., author.
United States. National Bureau of Standards.
Charles H. Corliss and William R. Bozman.
1962
Experimental transition probabilities for spectral lines of seventy elements derived from the NBS tables of spectralline intensities : the wavelength, energy levels, transition probability, and oscillator strength of 25,000 lines between 2000 and 9000A for 112 spectra of 70 elements
Experimental transition probabilities for spectral lines of seventy elements derived from the NBS tables of spectralline intensities; the wavelength, energy levels, transition probability, and oscillator strength of 25,000 lines between 2000 and 9000A for 112 spectra of 70 elements
U.S. National Bureau of Standards. Monograph
NBS monograph ;
Corliss, Charles H.
Bozman, William R., joint author.
[by] Charles H. Corliss and William R. Bozman.
1962
Experimental transition probabilities for spectral lines of seventy elements derived from the NBS tables of spectralline intensities; the wavelength, energy levels, transition probability, and oscillator strength of 25,000 lines between 2000 and 9000A for 112 spectra of 70 elements