![]() ![]() ![]() The help of David Joy must be credited in the development of CASINO.įigure shows plot of electron trajectories in bulk Silicon at 1, 5 and 10 keV simulated with CASINO. At one of those visits, he gave me his computed values of the Mott elastic cross sections and this eventually led to the creation of the program CASINO that was released in 1996. I visited him several times in Knoxville. ![]() After graduation, I started to work as Assistant Professor at University de Sherbrooke and we started to collaborate. Later, he accepted to be the external evaluator of my Ph. He was very nice to answer to a young student. I met David Joy the first time at the 1988 EMSA conference of Milwaukee where I asked him several technical questions. My Monte Carlo simulations showed that FSE can make Cliff-Lorimer K factors composition dependant when one energy line is below 1 keV and the other above. Their simulations showed that FSE can generate a significant fraction of the x-rays for energy lines below 1 keV. that describes the effect of Fast Secondary Electrons on x-ray generation. As a graduate student, in 1985, I developed my first Monte Carlo program following a paper by David Joy et al. Joy had in my research in electron microscopy. In the lines of a previous paper, this contribution will describe the strong influence that David C. ![]()
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