Results 301 to 310 of about 851,166 (333)
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2009
Monte Carlo methods comprise a large and still growing collection of methods of repetitive simulation designed to obtain approximate solutions of various problems by playing games of chance. Often these methods are motivated by randomness inherent in the problem being studied (as, e.g., when simulating the random walks of “particles” undergoing ...
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Monte Carlo methods comprise a large and still growing collection of methods of repetitive simulation designed to obtain approximate solutions of various problems by playing games of chance. Often these methods are motivated by randomness inherent in the problem being studied (as, e.g., when simulating the random walks of “particles” undergoing ...
openaire +2 more sources
1993
Knowing the band structure, the phonon spectra and the interaction between them it is possible to make a realistic simulation of the transport in semiconductors. It turns out that the duration of the free flights, the lattice-electron interaction and the direction of the subsequent free flight after scattering are distributed stochastically.
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Knowing the band structure, the phonon spectra and the interaction between them it is possible to make a realistic simulation of the transport in semiconductors. It turns out that the duration of the free flights, the lattice-electron interaction and the direction of the subsequent free flight after scattering are distributed stochastically.
openaire +2 more sources
A New Method of Predicting US and State-Level Cancer Mortality Counts for the Current Calendar Year
Ca-A Cancer Journal for Clinicians, 2004Ahmedin Jemal, Eric J Feuer
exaly
Multiparametric prostate magnetic resonance imaging in the evaluation of prostate cancer
Ca-A Cancer Journal for Clinicians, 2016Baris Turkbey +2 more
exaly