Analysis of Optically Excited Mercury Molecules

Description:

Report presenting new measurement techniques used to obtain potential curves, f-values, and kinetic behavior for Hg2. The Hg2 molecule is representative of a class of molecules which have dissociative ground states and bound excited states. It can therefore be used as a prototype of this class of molecules which are of interest as potential new laser candidates. Because of the non-bound ground state, standard absorption spectroscopic techniques cannot be used to obtain the necessary information about the excited states.

Creator(s):
Creation Date: January 1975
Partner(s):
UNT Libraries Government Documents Department
Collection(s):
Technical Report Archive and Image Library
Usage:
Total Uses: 92
Past 30 days: 5
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Creator (Author):
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Publisher Info:
Place of Publication: Washington D.C.
Date(s):
  • Creation: January 1975
Description:

Report presenting new measurement techniques used to obtain potential curves, f-values, and kinetic behavior for Hg2. The Hg2 molecule is representative of a class of molecules which have dissociative ground states and bound excited states. It can therefore be used as a prototype of this class of molecules which are of interest as potential new laser candidates. Because of the non-bound ground state, standard absorption spectroscopic techniques cannot be used to obtain the necessary information about the excited states.

Note:

"Issued January 1975."

Physical Description:

iv, 46 p.

Language(s):
Subject(s):
Keyword(s): dissociation laser | excimers | excited state kinetics | f-values | mercury molecules | spectroscopic techniques | optical excitation | potential curves | equations
Contributor(s):
Added Title: National Bureau of Standards Monograph 143
Series Title: NBS monograph
Series Title: National Bureau of Standards Reports
Partner:
UNT Libraries Government Documents Department
Collection:
Technical Report Archive and Image Library
Identifier:
  • REP-NO: NBS Monograph 143
  • SUDOC: C 13.44:143
  • ARK: ark:/67531/metadc70413
Resource Type: Report
Format: Text