Investigation of Changes in Resistivity of n Si with Temperature and Uniaxial Stress
Journal Title: Фізика і хімія твердого тіла - Year 2017, Vol 18, Issue 1
Abstract
In this work the changes in resistivity of n Si with temperature and uniaxial stress X, oriented both in <100> and in [111] direction, were investigated. The value of the anisotropy parameter of mobility was obtained in the conditions of JIIXII[100] and J^IIXII[100] with using the experimental data concerning longitudinal and transverse tenso-resistance. The presence of the n-Si tenso-resistance was found in the conditions of JIIXII [111], i.e., in the absence of the interminimum redistribution of charge carriers. The physical explanation of the results was presented.
Authors and Affiliations
G. P. Gaidar
Keywords
Related Articles
- EP ID EP263406
- DOI 10.15330/pcss.18.1.34-40
- Views 83
- Downloads 0
Crystalline, Magnetic and Domain Structure of Epitaxial Ferrite-Garnet Films (Review)
The article gives a literary review of the current state of research of ferrite-garnet films. The basic crystalline and magnetic characteristics of thin films of iron-yttrium garnet are considered. We analyzed the causes...
Шляхи підвищення швидкодії GaAs–полових транзисторів Шотткі (ПТШ) та селективнолегованих гетеротранзисторів (СЛГТ) для формування сучасних НВЧ–схем
Немає сумніву, що використання технологій польових транзисторів із зотвором Шотткі на GaAs для формування швидкодіючих ВІС має велику перспективу. Не менші перспективи відкриваються перед унікальною за своїми властивостя...
Novel Ti2CuCx and Ti3Cu2Cx Carbides Obtained by Sintering of Products of Mechanochemical Synthesis of Ti, Cu and Carbon Nanotubes
Mechanical alloying of the elemental powder mixture of titanium and copper (particle size of both powdersis about 40 μm, purity is not less than 99.6% wt. %) was performed in a high energy planetary ball mill to obtainTi...
Regeneration of Hard Alloy Wastes by Low Energy Consumption and Environmentally Friendly Hydrothermal Technology
Hard alloys are indispensable material for many branches of modern industry. However, even with the base composition (WC-Co) they are quite expensive due to the limited natural resources of cobalt and the complexity of t...
Structure, Energy State and Electrokinetic Characteristics of Zr1+xCo1-xSb Solid Solution
The features of the crystal and electronic structures, electrokinetic and energy state characteristics of Zr1+xCo1-xSb semiconductor solid solution in the temperature range T = 80 ÷ 400 K were investigated. The mechanism...