Description: This eleventh volume in the series covering the latest results in the field includes abstracts of papers which have appeared since the publication of Annual Retrospective X (Volumes 280-281). As well as the 589 ceramics abstracts, the issue includes original papers on all of the major material groups, and theory: “Positron Annihilation in Ion-Implanted ZnO” (A.D.Acharya, G.Singh and S.B.Shrivastava), “Optical Characteristics of Tungsten Oxide Thin Films Prepared by Sputtering Technique” (S.A.Aly), “Research on Magnetization Mechanism of Nano-Magnetic Fluid” (J.Li and D.Li), “Clustering of Arsenic Atoms in Silicon during Low-Temperature Annealing” (O.Velichko and O.Burunova), “Effect of Current Density on Composition and Microstructure of Si Diffusion Layer by Electrodeposition” (H.Yang, Y.Zhang, Y.Li, G.Tang and K.Jia), “Positron Annihilation & Micro-Hardness Measurement of 6063 and 6066 with Compromise with Ingot Al” (M.A.Abdel-Rahman, A.Al-deen and E.A.Badawi), “Stress-Induced Migration and Trapping of Hydrogen in AISI403 Steel” (G.P.Tiwari, V.D.Alur and E.Ramadasan), “Electromigration Force on a Proton with a Bound State” (A.Lodder).

Grain Boundary Diffusion and Grain Boundary Segregation

Edited by: B. Bokstein and N. Balandina

Online since: February 1998

Description: The phenomena of grain boundary diffusion and grain boundary segregation play major roles in determining the properties and behavior of a wide variety of materials. Even though the basic principles have been known for a long time, the field continues to yield a number of very challenging questions.

Diffusion in Materials DIMAT 1996

Edited by: Helmut Mehrer, Christian Herzig, N.A. Stolwijk and Hartmut Bracht

Online since: January 1997

Description: These proceedings comprise the papers presented at the international conference on 'Diffusion in Materials (DIMAT-96)' held at Schloss Nordkirchen, Germany, August 1996 - the largest international diffusion conference so far held.
The two-volume set therefore covers a very broad spectrum of topics. From the materials point of view, metals, alloys, intermetallics, elemental and compound semiconductors, amorphous materials, nonmetals such as fast ionic conductors, oxides, nitrides, polymers and even melts were discussed.

Diffusion in Materials - DIMAT 1992

Edited by: M. Koiwa, K. Hirano, H. Nakajima and T. Okada

Online since: January 1993

Description: Defect and Diffusion Forum Vols. 95-98

Diffusion and Defect Monographs No2

Authors: J N Pratt and R G R Sellors

Online since: January 1973

Description:

This monograph is devoted to the analysis and investigation of the electrodiffusion phenomenon. The application of an electric field to a metal, alloy, or other material may result in the transport of matter as well as the flow of electrons. This phenomenon, variously described as electrotransport, electromigration, or electrodiffusion, is most commonly manifested in the separation of the components of an alloy which results from their different induced rates or directions of migration. An applied field may similarly produce In pure elements a directed displacement of vacancies or interstitials (self-transport) or different isotopes (the Haeffner effect).