DISPLACEMENT OF ENERGY LEVEL IN A STRONGLY LIGHTED ATOMIC SYSTEM

DETECTION OF MAGNETIC RESONANCE OF EXCITED ATOMIC ENERGY LEVELS. STRUCTURE OF THE 6 $sup 3$ P $sub 1$ LEVEL OF THE MERCURY ATOMDETECTION OF MAGNETIC RESONANCE OF EXCITED ATOMIC ENERGY LEVELS. STRUCTURE OF THE 6 $sup 3$P$sub 1$ LEVEL OF THE MERCURY ATOM

J. Brossel

Annals of PhysicsSep 1, 19520 citations

THEORETICAL TREATMENT OF RADIATION TRAPPING OF ATOMIC FLUORESCENCE IN V-E ENERGY TRANSFER

WANG CHU-JI, Jian Wang, MA XING-XIAO +1 more

A differential-integral equation system of Holstein type is used to describe the kinetic process in V-E energy transfer between molecules and atoms with radiation trapping.A reduced solution of a finite series has been presented,which allows to describe the whole temporal behavior of fluorescence.The further derivative is an analytical expression of the fluorescence decay rate as a function of rate constants and the maximum eigenvalue of the integral operator appearing in the rate equations.This will be especially useful and convenient for experimental determinations.Results are schematically illustrated and mutually compared by means of numerical calculations.A differential-integral equation system of Holstein type is used to describe the kinetic process in V-E energy transfer between molecules and atoms with radiation trapping.A reduced solution of a finite series has been presented,which allows to describe the whole temporal behavior of fluorescence.The further derivative is an analytical expression of the fluorescence decay rate as a function of rate constants and the maximum eigenvalue of the integral operator appearing in the rate equations.This will be especially useful and convenient for experimental determinations.Results are schematically illustrated and mutually compared by means of numerical calculations.

Acta Physica SinicaJan 1, 19980 citations

DETECTION OF MAGNETIC RESONANCE OF EXCITED ATOMIC ENERGY LEVELS. STRUCTURE OF THE 6

sup 3

sub 1

LEVEL OF THE MERCURY ATOM