Titlebook: Electronic Properties of Materials; Rolf E. Hummel Book 1993Latest edition Springer-Verlag Berlin Heidelberg 1993 ceramics.crystal.electro

Taylor

書目名稱Electronic Properties of Materials影響因子(影響力)




書目名稱Electronic Properties of Materials影響因子(影響力)學(xué)科排名




書目名稱Electronic Properties of Materials網(wǎng)絡(luò)公開度




書目名稱Electronic Properties of Materials網(wǎng)絡(luò)公開度學(xué)科排名




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書目名稱Electronic Properties of Materials讀者反饋




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模仿

harangue

The Schr?dinger Equationof an electron as a wave, as suggested by Schr?dinger in 1926. All “derivations” of the Schr?dinger equation start in one way or another from certain assumptions which cause the uninitiated reader to ask the legitimate question, “Why just in this way?” The answer to this question can naturally be gi

西瓜

Electrons in a Crystal cases an outer, i.e., a valence, electron. However, in a solid of one cubic centimeter at least 10. electrons can be found. In this section we shall describe how these electrons are distributed among the available energy levels. It is impossible to calculate the exact place and the kinetic energy o

Hiatus

Neutropenia

Electrical Conduction in Polymers, Ceramics, and Amorphous Materialsics industry, e.g., as handles for a variety of tools, as coatings of wires, or for casings of electrical equipment. Most polymeric materials have the required insulating properties and have been used for decades for this purpose. It came, therefore, as a surprise when it was discovered that some po

Neutropenia

神秘

Atomistic Theory of the Optical Propertiese continuum theory considers only macroscopic quantities and interrelates experimental data. No assumptions are made about the structure of matter when formulating equations. Thus, the conclusions which have been drawn from the empirical laws in Chapter 10 should have general validity as long as not

補(bǔ)助

Quantum Mechanical Treatment of the Optical Propertiesh equations which reproduce the optical spectra of solids reasonably well. Unfortunately, the treatment had one flaw: For calculation and interpretation of the infrared (IR) absorption we used the concept that electrons in metals are free; whereas the absorption bands in the visible and ultraviolet

Lethargic

Applicationsicularly metals) are opaque so that the measurements have to be taken in reflection. Light penetrates about 10 nm into a metal (see Table 10.1). As a consequence, the optical properties are basically measured near the surface which is susceptible to oxidation, deformation (polishing), or contaminati