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Direct multiphoton excitation of molecular ions produces selectively excited fragments
By: Coffee, R.N.; Gibson, G.N.;
2003 / IEEE / 1-55752-749-0
Description
This item was taken from the IEEE Conference ' Direct multiphoton excitation of molecular ions produces selectively excited fragments ' Strong field induced vacuum ultraviolet fluorescence in argon and molecular nitrogen reveals many excitation processes. Intriguingly, direct laser excitation is exclusive to molecules and selectively produces excited ion fragments with 2s holes.
Related Topics
Fluorescence
N/sub 2/
Multiphoton Excitation
Molecular Ions
Selectively Excited Fragments
Vacuum Ultraviolet Fluorescence
Argon
Molecular Nitrogen
Laser Excitation
Ar
Laser Excitation
Nitrogen
Argon
Fluorescence
Pulse Amplifiers
Plasma Measurements
Plasma Density
Plasma Temperature
Ultrafast Optics
Production
Multiphoton Processes
Optical Pumping
Engineering
Excitation Processes
