Time-Dependent Theory of Stark Quenching of $2 S$ States in Hydrogen and Helium

1 July 1972

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

Vol. 6 (1), 508-512
https://doi.org/10.1103/physreva.6.508

Abstract

A nonperturbative time-dependent theory which gives Stark-quenching lifetimes in agreement with experiment for both one- and two-electron

2 S

states is presented. This theory differs from the conventional Bethe-Lamb theory of Stark quenching, but reduces to this older theory, for one electron atoms only, when a well-known sum rule is applied.

Keywords

This publication has 6 references indexed in Scilit:

Electric Field Quenching of Metastable2S01Helium
Physical Review A, 1972
Determination of the Hydrogenic-Carbon Lamb Shift via $2 S_{\frac{1}{2}}$ Metastable Quenching
Physical Review Letters, 1971
Measurement of the Lamb Shift in the $n = 2$ State of ${}^{12}C^{5 +}$
Physical Review Letters, 1970
Lamb Shift in the ${({Li}^{6})}^{+ +}$ Ion
Physical Review B, 1967
Excitation of $n = 2$ States in Helium by Electron Bombardment
Physical Review B, 1966
Fine Structure of the Hydrogen Atom. Part I
Physical Review B, 1950

Cited by 18 articles

Time-Dependent Theory of Stark Quenching of2SStates in Hydrogen and Helium

Abstract

Keywords

Time-Dependent Theory of Stark Quenching of $2 S$ States in Hydrogen and Helium