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Download e-book for kindle: Diffusion: Formalism and Applications by Sushanta Dattagupta

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By Sushanta Dattagupta

ISBN-10: 1439895570

ISBN-13: 9781439895573

ISBN-10: 1439895589

ISBN-13: 9781439895580

Within a unifying framework, Diffusion: Formalism and Applications covers either classical and quantum domain names, besides a number of functions. the writer explores the greater than centuries-old historical past of diffusion, expertly weaving jointly a number of themes from physics, arithmetic, chemistry, and biology.

The publication examines the 2 certain paradigms of diffusion—physical and stochastic—introduced via Fourier and Laplace and later unified by means of Einstein in his groundbreaking paintings on Brownian movement. the writer describes the function of diffusion in chance concept and stochastic calculus and discusses issues in fabrics technological know-how and metallurgy, akin to defect-diffusion, radiation harm, and spinodal decomposition. moreover, he addresses the impression of translational/rotational diffusion on experimental information and covers reaction-diffusion equations in biology. concentrating on diffusion within the quantum area, the publication additionally investigates dissipative tunneling, Landau diamagnetism, coherence-to-decoherence transition, quantum details techniques, and electron localization.

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Extra resources for Diffusion: Formalism and Applications

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39) m 2 m As expected, the motion is decelerated by friction where the deceleration γp( 0 ) equals m . Physically, deceleration results from the retarding Stokes force appropriate to the initial momentum p ( 0 ) . 40) m ∫ 0 where X ( t ) = x ( t ) − x ( 0 ) . 41) Evidently, 2 X (t) eq 1 = 2 m t t 0 0 ∫ dt′ ∫ dt′′ p(t′)p(t′′) av . 1) can be halved to include only the triangle in which t’’ < t’, while at the same time the integrand is doubled. Hence, X 2 (t) eq = 2 m2 t′ t ∫ ∫ dt ′ dt ′′ < p(t)p(t ′′) > eq .

1997. Handbook of Stochastic Processes for Physics, Chemistry and the Natural Sciences. Berlin: Springer. T. 1991. Markov Processes: An Introduction for Physical Scientists. New York: Academic Press. Grimmett, G. and D. Strizaker. 2001. Probability and Random Processes, 3rd ed. Oxford: Oxford University Press. Huang, K. 1987. Statistical Mechanics, 2nd ed. New York: John Wiley & Sons. Ito, K. P. McKean. 1965. Diffusion Processes and Their Sample Paths. Berlin: Springer. Kac, M. 1959. Probability and Related Tropics in Physical Sciences.

35)  2 ξ1  (read ξ 1 as ξ(t1 ) ) P2 (ξ 1 , t1 ; ξ 3 , t3 ) = (det A )1/2 2π 1 exp  − A11 ξ 12 + A33 ξ 23 + 2 A13 ξ 1 ξ 3  2 ( ) . 36) Recall that the inverse of A is given by A −1  =   ξ 12 ξ1ξ 3 ξ1ξ 3 ξ 23   . 37)   It is clear that the determinant is D 13 = det A = ξ 12 ξ 23 − ξ 1 ξ 3 * See Exercise 2. 2 . 38) 36 Diffusion: Formalism and Applications Further, the A matrix is evidently  ξ 23 1  A= = D 13  − ξ 1 ξ 3  − ξ1ξ 3 ξ 12   . exp − 2 D 13  (ξ 2 3 )  ξ 12 + ξ 12 ξ 23 − 2 ξ 1 ξ 3 ξ 1 ξ 3   2  ξ 12  ξ 12 ξ 1 ξ 3   exp − = ξ − ξ 3 1 .

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Diffusion: Formalism and Applications by Sushanta Dattagupta


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