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Institute of physics conference series/Institute of Physics conference series

EXPERIMENTAL INVESTIGATION OF THE IMPRISONMENT OF THE (P-3(1)-S-1(0)) 146.96 NM RESONANCE RADIATION IN XENON.

F. Vermeersch, Niels Schoon, Eric Desoppere, W. Wieme

Published Jan 1, 1991• 0 citations
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The key to the treatment of the resonance radiation imprisonment lies in the solution to Holstein's equation. A new method to solve Holstein's equation is proposed in this paper, which integrates the equation directly by means of operator calculation and results in a formula for the excited particles in an infinite series in an integral operator. Our study on the behavior of the high-ordercoefficients of this series leads to the success in overcoming the difficulty to obtain the sum of infinite terms, and a formula of finite terms under any given precision is acquired, which applies to the whole time scale.