Charge-State Dependence of the Ne $K$ Fluorescence Yield Deduced from High-Resolution Emission Spectra

9 December 1974

journal article
research article
Published by American Physical Society (APS) in Physical Review Letters

Vol. 33 (24) , 1418-1422
https://doi.org/10.1103/physrevlett.33.1418

Abstract

Semiempirical Ne

K

fluorescence yields for the vacancy configurations

K L^{i}

were deduced for

i = 1 to 7

by comparing satellite intensities in 30-MeV

O^{5 +}

+Ne and 35-MeV

O^{8 +}

+Ne x-ray and Auger spectra measured recently with high resolution. For some cases the semiempirical fluorescence yields are found to be significantly larger than theoretical values and to differ with previous semiempirical values for the higher degrees of multiple ionization.

Keywords

This publication has 11 references indexed in Scilit:

Neon $K α$ , $K β$ satellite structure induced by 80-MeV argon-ion impact
Physical Review A, 1974
Observation ofNe+toNe8+Kx rays followingO5,6,7,8+bombardment
Physical Review A, 1974
Measured K-shell fluorescence yields for multiply-ionized neon
Physics Letters A, 1974
Projectile Charge-State Dependence of $Ne K$ -Shell Ionization and Fluorescence Yield in 50-MeV ${Cl}^{n +} + Ne$ Collisions
Physical Review Letters, 1974
Multiple Inner-Shell Ionization of Aluminum by High-Velocity Medium- $Z$ Beams
Physical Review A, 1973
High-Resolution Study of Ne $K α$ X-Ray Transitions as a Function of Oxygen-Projectile Charge State
Physical Review Letters, 1973
Theoretical $K$ -Shell Auger Rates, Transition Energies, and Fluorescence Yields for Multiply Ionized Neon
Physical Review A, 1973
Theoretical $K$ -Shell Fluorescence Yield of Multiply Ionized Neon
Physical Review Letters, 1973
Effect of Multiple Ionization on the Fluorescence Yield of Ne
Physical Review Letters, 1972
Simultaneous Coulomb Ejection of $K$ - and $L$ -Shell Electrons by Heavy, Charged Projectiles
Physical Review Letters, 1972

Charge-State Dependence of the NeKFluorescence Yield Deduced from High-Resolution Emission Spectra

Abstract

Keywords

Charge-State Dependence of the Ne $K$ Fluorescence Yield Deduced from High-Resolution Emission Spectra