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[en] This book deals with process and measurement of semiconductor. It contains 20 chapters, which goes as follows; semiconductor industry, introduction of semiconductor manufacturing, yield of semiconductor process, materials, crystal growth and a wafer forming, PN, control pollution, oxidation, photomasking photoresist chemistry, photomasking technologies, diffusion and ion injection, chemical vapor deposition, metallization, wafer test and way of evaluation, semiconductor elements, integrated circuit and semiconductor circuit technology.

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[en] This book consists of 11 chapters. It covers basic quantum theory, schrodinger wave equation and value as well as probability and statistical mechanics in chapter 1- chapter 3. In chapter 4 and 5, it deals with state of materials determination and structure of materials determination. You will also study properties of materials such as electrical, magnetic, optical, thermal and mechanical ones in from chapter 6 to chapter 8. Lastly, you will learn semiconductor electronic theory, semiconductor devices and analysis method and principle of materials from chapter 9 to chapter 11.

[en] Highlights: • Ab-initio study of magnetic Heusler compounds. • GW has an important effect on the band gap and transition energies of spin-filter materials. • GW has littile effect in the case of spin-gapless semiconductors. - Abstract: Among Heusler compounds, the ones being magnetic semiconductors (also known as spin-filter materials) are widely studied as they offer novel functionalities in spintronic and magnetoelectronic devices. The spin-gapless semiconductors are a special case. They possess a zero or almost-zero energy gap in one of the two spin channels. We employ the GW approximation to simulate the electronic band structure of these materials. Our results suggest that in most cases the use of GW self energy instead of the usual density functionals is important to accurately determine the electronic properties of magnetic semiconductors.

[en] The document is a collection of papers on different aspects of materials science. It discusses many items such as surface engineering; physico-chemistry of materials; adhesion; polymers, ceramics and composites; photo materials; microelectronics and fiber optics; nano technology and nano materials; metallic materials, minerals and metallurgy; semiconductors ; civil engineering materials; porous materials and chemistry of environment; biomaterials and biomedical engineering; mechanics, numerical analysis and mathematical modelization