Results 261 to 270 of about 472,402 (297)
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1969
Processes in the neighbourhood of local thermodynamic equilibrium are phenomenologically described by the following linear relations between currents (J p) and forces (X p) $${_p} = {\sum {{L_{pq}}} _q},p,q = 1,2,...$$ (1) These relations define the transport coefficients Lpq. In the case of electronic transport processes in solids we have in
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Processes in the neighbourhood of local thermodynamic equilibrium are phenomenologically described by the following linear relations between currents (J p) and forces (X p) $${_p} = {\sum {{L_{pq}}} _q},p,q = 1,2,...$$ (1) These relations define the transport coefficients Lpq. In the case of electronic transport processes in solids we have in
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1989
The following lectures are an elementary introduction to the computer modelling of quantum transport and tunnelling in very small structures. The emphasis is on quantum ballistic systems for which collision processes are less significant than the free carrier motion in the strongly inhomogeneous (and possibly quantising) potential fields provided by ...
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The following lectures are an elementary introduction to the computer modelling of quantum transport and tunnelling in very small structures. The emphasis is on quantum ballistic systems for which collision processes are less significant than the free carrier motion in the strongly inhomogeneous (and possibly quantising) potential fields provided by ...
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1980
Boltzmann transport theory (BTT) is an ideal theory. It has the twin virtues of conceptual and mathematical simplicity. It also works far better than one could reasonably expect from its origin as a graft from the classical theory of dilute gases. Quantum transport theory (QTT) (Kohn and Luttinger, 1957, 1958; Kubo, 1957; Dresden, 1961; Chester, 1963 ...
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Boltzmann transport theory (BTT) is an ideal theory. It has the twin virtues of conceptual and mathematical simplicity. It also works far better than one could reasonably expect from its origin as a graft from the classical theory of dilute gases. Quantum transport theory (QTT) (Kohn and Luttinger, 1957, 1958; Kubo, 1957; Dresden, 1961; Chester, 1963 ...
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Dissipative quantum transport in a quantum wire
Physical Review B, 1996, Wan, , Huang, , Guo
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Quantum-metric-induced nonlinear transport in a topological antiferromagnet
Nature, 2023Naizhou Wang +2 more
exaly