Results 261 to 270 of about 422,462 (316)
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Transport in metals with electron-electron scattering
Physical Review B, 1995The problem of electron-electron scattering is solved using the Boltzmann equation and a special set of basis functions. This basis treats different scattering mechanisms on the same footing. Corrections beyond the level of Matthiessen`s rule are easily generated.
, Schulz, , Allen
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Pseudogenes and The Electron Transport Chain
2007With the advent of easy access to the human genome sequence, molecular biology techniques to target respirome-specific genes have begun to be exploited in the study of human disorders and in particular human cancers. In some recent publications it would appear that some investigators have inappropriately targeted pseudogenes rather than functional ...
Oey, H. M., Maguire D. J., McCabe, M.
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Lipoproteins and electron transport
Biochemical Pharmacology, 1961Abstract Mitochondrial enzymes are arranged according to a specific pattern. Lipids have been implicated as important components in mitochondrial organization. Some properties of three isolated mitochondrial lipoproteins, the eoenzyme Q-lipoprotein, the cytochrome c 1 -lipoprotein and the lipoflavoprotein are reviewed, and their role in the ...
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On the Coupling of Electron Transport to Phosphorylation
Journal of Bioenergetics, 1972After a general thermodynamic discussion of the coupling of oxidation to phosphorylation, quantitative treatments of free energy transduction based upon the proton gradient model, the charged membrane model and the chemical model respectively are summarized and compared with experimental data.
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Electron–Phonon Interaction and Electron Transport
2001Semiconductor device operation depends on the speed of carriers, electrons and holes, which is determined by the mobility. The mobility μ is expressed by e〈Τ〉/m*, where e, 〈Τ〉, and m* are the electronic charge, average of the relaxation time, and the effective mass.
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2017
The book chapter reviews some of the main models aimed at describing electron transport in optoelectronic semiconductor devices. In the first section the hydrodynamic, energy-balance and drift-diffusion models are derived from the Boltzmann transport equation.
BERTAZZI, FRANCESCO +5 more
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The book chapter reviews some of the main models aimed at describing electron transport in optoelectronic semiconductor devices. In the first section the hydrodynamic, energy-balance and drift-diffusion models are derived from the Boltzmann transport equation.
BERTAZZI, FRANCESCO +5 more
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2014
The Monte Carlo (MC) method is used for evaluating the many physical quantities necessary to the study of the interactions of particle-beams with solid targets. Studies of backscattered and secondary electrons are of great interest for many analytical techniques.
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The Monte Carlo (MC) method is used for evaluating the many physical quantities necessary to the study of the interactions of particle-beams with solid targets. Studies of backscattered and secondary electrons are of great interest for many analytical techniques.
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Electron transporting semiconducting polymers in organic electronics
Chemical Society Reviews, 2011Significant progress has been achieved in the preparation of semiconducting polymers over the past two decades, and successful commercial devices based on them are slowly beginning to enter the market. However, most of the conjugated polymers are hole transporting, or p-type, semiconductors that have seen a dramatic rise in performance over the last ...
Xingang, Zhao, Xiaowei, Zhan
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Nonlinear electron transport in an electron-hole plasma
Physical Review B, 2012Charge transport in an electron-hole plasma driven by high-field terahertz (THz) pulses is strongly influenced by electron-hole interactions, as has been shown in a recent publication [P. Bowlan et al., Phys. Rev. Lett. 107, 256602 (2011)]. We introduce a picture of high-field THz transport which accounts for the roles of both types of carriers ...
Bowlan, Pamela +6 more
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MRS Proceedings, 2000
ABSTRACTThe energy distribution of electrons that were transported through a thin intrinsic AlN film was directly measured as a function of the applied field. The measurements were realized by extracting the electrons into vacuum through a semitransparent Au contact and measuring their energy using an electron spectrometer.
R. Collazo +4 more
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ABSTRACTThe energy distribution of electrons that were transported through a thin intrinsic AlN film was directly measured as a function of the applied field. The measurements were realized by extracting the electrons into vacuum through a semitransparent Au contact and measuring their energy using an electron spectrometer.
R. Collazo +4 more
openaire +1 more source