Titlebook: Nuclear Physics Applications on Materials Science; E. Recknagel,J. C. Soares Book 1988 Kluwer Academic Publishers 1988 electron.hyperfine.

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書目名稱Nuclear Physics Applications on Materials Science影響因子(影響力)




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書目名稱Nuclear Physics Applications on Materials Science被引頻次




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書目名稱Nuclear Physics Applications on Materials Science讀者反饋學(xué)科排名

barium-study

純樸

Irrepressible

Resonance Planar Channeling Effect on Superlatticesnductors was first proposed by Esaki and Tsu(1). This type of modulated structures have interesting electron transport and optical properties and they are of technological importance in the development of sophisticated materials for electronic and optical applications. The ion beam channeling techni

Colonnade

Channeling Radiationtron microscope. Could the electron be treated as a localised classical particle, as in the theory of channeling., or should it rather be considered an extended wave, scattering coherently off crystal planes, as in the theory of electron diffraction.? After much controversy, a clear picture emerged:

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cortisol

Ion Beams as Tools of Materials Analysisth penetration of accelerated particles depends primarily on the energy of the ions. Thus a wide range of energies have been used to fulfil the requirements of the analysis at different depths. Furthermore the type of interaction is also related to the energy. Low energy ions interact mainly by thei

形狀

Amorphous Phase Formation in Ion-Bombarded Metallic Alloyslast ten years. Amorphous metallic alloys were particularly investigated due to both the fundamental problems involved and the possible technological applications. They have unique electrical and magnetic properties resulting from their amorphous structure and can be exceptionally hard and corrosion

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