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Results: 1-9 |
Results: 9
EFFECTS OF SPACER LAYERS ON THE WIGNER FUNCTION SIMULATION OF RESONANT-TUNNELING DIODES
Authors: GARCIAGARCIA JJ ORIOLS X MARTIN F SUNE J
Citation: Jj. Garciagarcia et al., EFFECTS OF SPACER LAYERS ON THE WIGNER FUNCTION SIMULATION OF RESONANT-TUNNELING DIODES, Journal of applied physics, 83(12), 1998, pp. 8057-8061
BOHM TRAJECTORIES FOR THE MONTE-CARLO SIMULATION OF QUANTUM-BASED DEVICES
Authors: ORIOLS X GARCIAGARCIA JJ MARTIN F SUNE J GONZALEZ T MATEOS J PARDO D
Citation: X. Oriols et al., BOHM TRAJECTORIES FOR THE MONTE-CARLO SIMULATION OF QUANTUM-BASED DEVICES, Applied physics letters, 72(7), 1998, pp. 806-808
QUANTUM MONTE-CARLO SIMULATION OF TUNNELING DEVICES USING BOHM TRAJECTORIES
Authors: ORIOLS X GARCIAGARCIA JJ MARTIN F SUNE J GONZALEZ T MATEOS J PARDO D
Citation: X. Oriols et al., QUANTUM MONTE-CARLO SIMULATION OF TUNNELING DEVICES USING BOHM TRAJECTORIES, Physica status solidi. b, Basic research, 204(1), 1997, pp. 404-407
BOHM TRAJECTORIES FOR THE MODELING OF TUNNELING DEVICES
Authors: SUNE J ORIOLS X GARCIAGARCIA JJ MARTIN F GONZALEZ T MATEOS J PARDO D
Citation: J. Sune et al., BOHM TRAJECTORIES FOR THE MODELING OF TUNNELING DEVICES, Microelectronic engineering, 36(1-4), 1997, pp. 125-128
IMPLICATIONS OF THE NONCROSSING PROPERTY OF BOHM TRAJECTORIES IN ONE-DIMENSIONAL TUNNELING CONFIGURATIONS
Authors: ORIOLS X MARTIN F SUNE J
Citation: X. Oriols et al., IMPLICATIONS OF THE NONCROSSING PROPERTY OF BOHM TRAJECTORIES IN ONE-DIMENSIONAL TUNNELING CONFIGURATIONS, Physical review. A, 54(4), 1996, pp. 2594-2604
BOHM TRAJECTORIES AND THEIR POTENTIAL USE FOR THE MONTE-CARLO SIMULATION OF RESONANT-TUNNELING DIODES
Authors: SUNE J ORIOLS X MARTIN F AYMERICH X
Citation: J. Sune et al., BOHM TRAJECTORIES AND THEIR POTENTIAL USE FOR THE MONTE-CARLO SIMULATION OF RESONANT-TUNNELING DIODES, Applied surface science, 102, 1996, pp. 255-258
COMPARISON BETWEEN THE RELAXATION-TIME APPROXIMATION AND THE BOLTZMANN COLLISION OPERATOR FOR SIMULATION OF DISSIPATIVE ELECTRON-TRANSPORT IN RESONANT-TUNNELING DIODES
Authors: GARCIAGARCIA J ORIOLS X MARTIN F SUNE J
Citation: J. Garciagarcia et al., COMPARISON BETWEEN THE RELAXATION-TIME APPROXIMATION AND THE BOLTZMANN COLLISION OPERATOR FOR SIMULATION OF DISSIPATIVE ELECTRON-TRANSPORT IN RESONANT-TUNNELING DIODES, Solid-state electronics, 39(12), 1996, pp. 1795-1804
OSCILLATORY BOHM TRAJECTORIES IN RESONANT-TUNNELING STRUCTURES
Authors: ORIOLS X MARTIN F SUNE J
Citation: X. Oriols et al., OSCILLATORY BOHM TRAJECTORIES IN RESONANT-TUNNELING STRUCTURES, Solid state communications, 99(2), 1996, pp. 123-128
STATIONARY MODELING OF 2-DIMENSIONAL STATES IN RESONANT-TUNNELING DEVICES
Authors: ORIOLS X SUNE J MARTIN F AYMERICH X
Citation: X. Oriols et al., STATIONARY MODELING OF 2-DIMENSIONAL STATES IN RESONANT-TUNNELING DEVICES, Journal of applied physics, 78(3), 1995, pp. 2135-2137
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