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Journal of the Physical Society of Japan, 2000 Cyclotron resonance measurements on a single crystal of LaSb have been performed in the temperature range from 1.7 to 40 K and at the frequency range from 50 to 110 GHz to obtain the cyclotron effe...
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Cyclotron Resonance Spectroscopy
2012We give an overview of the basic theory of cyclotron resonance, discuss some experimental aspects of cyclotron resonance spectroscopy in high, mostly pulsed magnetic fields, and finally discuss some recent cyclotron resonance experiments on various semiconductor materials.
Drachenko, O., Helm, M.
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Harmonics of Cyclotron and Cyclotron-Phonon Resonances in Semiconductors with Superlattice
physica status solidi (b), 1985AbstractThe harmonics of cyclotron and cyclotron–phonon resonances (CR and CPR, respectively) in semiconductors with a superlattice (SL) in the presence of strong magnetic field, H, arranged parallel to SL axis, are studied based on quantum kinetic equation. The peculiarities of CR and CPR reveal themselves most explicitly with electromagnetic wave E(t)
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Annals of Nuclear Medicine, 2009
Positron emission tomography (PET) has been well established noninvasive imaging technique for diagnosis, staging/ restaging and monitoring of therapy response in oncology. Molecular imaging using positron emitting radionuclides kinetics provides quantitative in vivo assessment of biological and physiological processes involved in the earlier stages of
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Positron emission tomography (PET) has been well established noninvasive imaging technique for diagnosis, staging/ restaging and monitoring of therapy response in oncology. Molecular imaging using positron emitting radionuclides kinetics provides quantitative in vivo assessment of biological and physiological processes involved in the earlier stages of
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Fusion Science and Technology, 2004
An introduction is given to plasma heating and current drive with electromagnetic waves in the electron cyclotron range of frequencies, with emphasis on application in tokamak plasmas. Propagation and absorption of these waves is generally well described by linear theory, a short overview of which is given.
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An introduction is given to plasma heating and current drive with electromagnetic waves in the electron cyclotron range of frequencies, with emphasis on application in tokamak plasmas. Propagation and absorption of these waves is generally well described by linear theory, a short overview of which is given.
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The Physics of Fluids, 1970
Electrostatic ion cyclotron waves are investigated for a plasma consisting of two groups of counter-streaming ions in a background of stationary electrons. Under certain conditions such waves are weakly amplified. Analytic and numerical conditions for instability are presented.
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Electrostatic ion cyclotron waves are investigated for a plasma consisting of two groups of counter-streaming ions in a background of stationary electrons. Under certain conditions such waves are weakly amplified. Analytic and numerical conditions for instability are presented.
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