Diluted Magnetic Semiconductors - Globe Thesis

Keyword [Diluted Magnetic Semiconductors] Result: 81 - 98 \| Page: 5 of 5
81.	Multiband models for colossal magnetoresistance materials and diluted magnetic semiconductors
82.	Numerical study of disorder effects in two dimensional electron gases and three dimensional diluted magnetic semiconductors
83.	Numerical study of the relevance of clustered states in diluted magnetic semiconductors and high temperature superconductors
84.	Hall effect in gallium manganese arsenide-diluted magnetic semiconductors
85.	Metalorganic vapor phase epitaxy of II-VI compound semiconductors and diluted magnetic semiconductors
86.	Magnetization steps and bound magnetic polarons in diluted magnetic semiconductors
87.	Magneto-optical study on II-VI semiconductor epilayers and their heterostructures using diluted magnetic semiconductors
88.	Magnetic measurements on quaternary manganese-based diluted magnetic semiconductors
89.	Light scattering study of the diluted magnetic semiconductors zinc(1-x) cobalt(x) selenide and zinc(1-x) iron(x) selenide
90.	Magnetic susceptibility studies of cobalt-based II-VI and manganese-based chalcopyrite diluted magnetic semiconductors
91.	Optical studies of strained-layer-superlattices and diluted magnetic semiconductors
92.	Magnetic excitations in diluted magnetic semiconductors and their superlattices
93.	Electronic theory of magnetic interactions in diluted magnetic semiconductors
94.	Microwave magnetic resonances in solids: Part I. Electron paramagnetic resonance in diluted magnetic semiconductors (DMS). Part II. Magnetic dimensional resonances in magnetite spheres
95.	THE EFFECTS OF INVERSION ASYMMETRY ON DILUTED MAGNETIC SEMICONDUCTORS WITH THE ZINCBLENDE STRUCTURE
96.	MAGNETO-OPTICAL STUDIES OF DILUTED MAGNETIC SEMICONDUCTORS. I. INELASTIC LIGHT SCATTERING. II. FARADAY ROTATION
97.	MICROWAVE STUDIES OF ELECTRON PARAMAGNETIC RESONANCE IN DILUTED MAGNETIC SEMICONDUCTORS (MERCURY-MANGANESE - SELENIDE, CADMIUM, TELLURIDE, ZINC)
98.	Effect Of Doped Element On Structure And Properties Of ZnO Thin Films Prepared By Oxidation Method
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