Engineering topics
Publications and source records attributed to Schappert, G. T..
Non-mechanical method for tuning liquid laser wavelengths involves electrically varying temperature of laser medium. Technique is used to investigate behavior of laser dyes, and may lead to broad, tunable, light source for spectroscopy measurements of long path absorption.
Electrons optical scale time averaged motion dependence in focused laser beam on light intensity gradient, calculating bremsstrahlung spectrum
Thomson theory of arbitrarily intense elliptically polarized plane electromagnetic wave scattering by free electrons, solving electron equations of motion
High intensity pulsed laser radiation scattering by free electrons, studying linearly polarized incident radiation
Method and apparatus using temperature control for wavelength tuning of liquid lasers
Multiple scattering in Kapitza-Dirac effect describing electron scattering by standing electromagnetic wave, noting transition probability less than unity
Organic dye laser frequency variation with temperature, noting absorption and fluorescence spectra