Paper Titles
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: Summary of Basic Experimental Facts in Atomic Diffusion in Solids Unexplained by the Traditional Theory
p.9
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: Statement of the Problem in the Nanoscopic Electron-Affected Many-Body Dynamics of Atomic Diffusion in Solids
p.15
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: Stochastic Many-Body Atomic Dynamics of Thermal Fluctuations and Nanoscopic Diffusion Events in Solids
p.26
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: Basic Ideas of Nanoscopic Many-Body Picosecond Atomic Dynamics of Single Slefs and Slef-Generated Diffusion Events in Solids
p.38
Kinetics and Applications of Atomic Diffusion in Solids: Nanoscopic Many-Body Dynamics of Picosecond Diffusion Events and Kinetic Foundations of the Arrhenius-Like Equation for Atomic Diffusivity in Solids
p.47
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: Electron-Affected Atomic Diffusion Coefficients
p.73
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: Kinetic Compensation Effect and Diffusion-Melting Correlations
p.85
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: The Compensation Effect and Diffusion-Melting Correlations in Atomic Diffusion in Crystalline Si and Ge
p.89
Kinetics and Applications of Atomic Diffusion in Solids - Nanoscopic Electron-Affected Stochastic Dynamics: Criteria for Material Purity and the Impurity Concentration Affecting Atomic Diffusion and Material Stability in Solids
p.97

Kinetics and Applications of Atomic Diffusion in Solids: Nanoscopic Many-Body Dynamics of Picosecond Diffusion Events and Kinetic Foundations of the Arrhenius-Like Equation for Atomic Diffusivity in Solids

Abstract:

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Periodical:

Solid State Phenomena (Volume 53)

Edited by:

Yu. L. Khait

Pages:

47-72

DOI:

10.4028/www.scientific.net/SSP.53.47

Citation:

Y.L. Khait "Kinetics and Applications of Atomic Diffusion in Solids: Nanoscopic Many-Body Dynamics of Picosecond Diffusion Events and Kinetic Foundations of the Arrhenius-Like Equation for Atomic Diffusivity in Solids", Solid State Phenomena, Vol. 53, pp. 47-72, 1997

Online since:

May 1997

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