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Автор Dj M Maric
Автор P F Meier
Автор S Vogel
Автор S F J Cox
Автор E A Davis
Автор J W Schneider
Дата выпуска 1991-12-02
dc.description The possibility of studying impurity passivation complexes in semiconductors by quadrupole resonance spectroscopy is examined. The problem is illustrated for the case of boron in silicon passivated with hydrogen or, equivalently, with muonium, since the radioactive light isotope in principle offers a greater sensitivity for detection of the spectra. Ab initio calculations on suitable cluster models of the passivation complexes provide estimates of the electric field gradients at the quadrupolar nuclei, and thereby predictions of the quadrupole resonance frequencies. Detection via cross-relaxation techniques is proposed, notably muon level crossing resonance ( mu LCR), and illustrated by calculation of the time dependence of the muon polarization function. Possible reasons for the absence of quadrupolar resonances in mu LCR spectra recorded in exploratory experiments are discussed: these include the existence of a local tunnelling mode for the lighter isotope.
Формат application.pdf
Издатель Institute of Physics Publishing
Название Passivation of boron in silicon by hydrogen and muonium: calculation of electric field gradients, quadrupole resonance frequencies and cross relaxation functions
Тип paper
DOI 10.1088/0953-8984/3/48/009
Electronic ISSN 1361-648X
Print ISSN 0953-8984
Журнал Journal of Physics: Condensed Matter
Том 3
Первая страница 9675
Последняя страница 9686
Аффилиация Dj M Maric; Phys.-Inst. Zurich-Irchel Univ., Zurich, Switzerland
Аффилиация P F Meier; Phys.-Inst. Zurich-Irchel Univ., Zurich, Switzerland
Аффилиация S Vogel; Phys.-Inst. Zurich-Irchel Univ., Zurich, Switzerland
Аффилиация S F J Cox; Phys.-Inst. Zurich-Irchel Univ., Zurich, Switzerland
Аффилиация E A Davis; Phys.-Inst. Zurich-Irchel Univ., Zurich, Switzerland
Аффилиация J W Schneider; Phys.-Inst. Zurich-Irchel Univ., Zurich, Switzerland
Выпуск 48

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