First-Principles Investigation of Electronic Structures and Properties of Impurities in Molecular Solids and Semiconductors: I. Muon and Muonium in Organic Ferromagnets 11. Erbium in Silicon - Optoelectronic System

منو

" First-Principles Investigation of Electronic Structures and Properties of Impurities in Molecular Solids and Semiconductors: I. Muon and Muonium in Organic Ferromagnets 11. Erbium in Silicon - Optoelectronic System "

Document Type	:	Latin Dissertation
Language of Document	:	English
Record Number	:	150145
Doc. No	:	ET21937
Main Entry	:	Junho Jeong
Title Proper	:	First-Principles Investigation of Electronic Structures and Properties of Impurities in Molecular Solids and Semiconductors: I. Muon and Muonium in Organic Ferromagnets 11. Erbium in Silicon - Optoelectronic System
Note	:	This document is digital این مدرک بصورت الکترونیکی می باشد
Abstract	:	The first-principles Hartree-Fock theory is used to obtain the electronicstructures and properties of three different systems. For the TEMPO system, thetrapping sites were obtained near NO group site for muonium singlet and nearchlorine and bridge nitrogen for muon. The calculated hyperfine interactionsincluding relaxation and vibrational effect were used to compare the observed zerofield pSR frequency 3.2 MHz. It has been concluded that the two trapping centers thatcan best explain the observed pSR frequency is trapped singlet muonium near theradical oxygen and a trapped muon site near the chlorine. The direction for the easyaxis is determined to be the b-axis of the monoclinic lattice and also is obtained usingthe magnetic moment distributions in the ferromagnetic state in the absence of muon.,..tested for theQ1 PC1 bus cardBoth these projects mere sofixare des elopment efforts tonards contributing to dlfferentaspects of Roboucs and lZ1echatronics projects m the Controls and Roboucs Group..
Subject	:	Electericl tess
	:	برق
electronic file name	:	TL45131.pdf
Title and statement of responsibility and	:	First-Principles Investigation of Electronic Structures and Properties of Impurities in Molecular Solids and Semiconductors: I. Muon and Muonium in Organic Ferromagnets 11. Erbium in Silicon - Optoelectronic System [Thesis]