Engineering topics
Publications and source records attributed to Hooper, C. F., Jr..
The relaxation theory of plasma line broadening developed by Smith and Hooper (1967) and extended by Smith (1968) is extended further to cover a case of a positively charged radiator. Differences in the theory, arising from its application to a charged radiator, are discussed in detail.
Extended ion microfield distribution function for improved transition region line shapes in plasma line broadening theories
LF component plasmas neutral point and charged point electric microfield distribution functions calculated by collective coordinate technique
LF component electric microfield distributions in plasmas at neutral and charged point, discussing approximations method
Plasma radiation analyzed by spectral line broadening theory as relaxation of excited atom, noting frequency dependent width and shift operators
Low frequency component electric microfield distributions in plasmas
Electric microfields in plasma taken as system of charged particles moving in uniform neutralizing background, using approximations and Monte Carlo study