141 results on '"Nougier, J. P."'
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2. Monte Carlo Investigation of Dynamic Transport in Nitrides
3. An iterative matrix solution of the Boltzmann equation for the calculation of diffusion and noise in semiconductors
4. A microscopic simulation of the evolution of local perturbations
5. Impedance field and noise of submicrometer n[sup+]nn[sup+] diodes: Analytical approach.
6. Noise and Diffusion of Hot Carriers
7. Effect of Hot Carriers on the Thermal Noise of p-Type Silicon and in SCLC Single Injection Diodes
8. Survey of Noise of Hot Carriers: Some Experimental and Theoretical Aspects
9. Noise in Microstructures
10. Matrix determination of the stationary solution of the Boltzmann equation for hot carriers in semiconductors.
11. Noise sources of hot carriers in space-charge regimes.
12. Determination of transient regime of hot carriers in semiconductors, using the relaxation time approximations.
13. Differential relaxation times and diffusivities of hot carriers in isotropic semiconductors.
14. A model noise temperature for nonlinear transport in semiconductors.
15. Monte Carlo calculation of noise and small-signal impedance spectra in submicrometer GaAs n+nn+ diodes.
16. A model hyperfrequency differential-mobility for nonlinear transport in semiconductors.
17. Field-dependent conductivity of lightly doped p-Si at 77 K.
18. Niveaux intercalaires dans les strates de basalte des plateaux de l'archipel de kerguelen: Terres australes et antarctiques françaises
19. Amsterdam Island, an isolated volcano in the southern Indian ocean
20. The scattered packet method for the simulation of transport phenomena in semiconductor
21. On the diffusivity of holes in silicon.
22. Monte Carlo Study of the Suppression of Diffusion Noise
23. Monte Carlo Investigation of Dynamic Transport in Nitrides
24. Impedance field and noise of submicrometer n+ nn+ diodes: analytical approach
25. Tagged-electron and Fick's diffusion coefficients from hot-electron velocity fluctuations in doped GaAs at 80 K
26. Evaluation of the impedance field through several transport models: a comparison
27. Is current-noise operation more physical than voltage one?
28. Transport and Noise Calculations in Semiconductor Structures with the Scattered Packet Method
29. 2D noise modelling of electronic noise in semiconductor devices
30. Analytical Modeling of the Noise Temperature for Hot-Carrier Transport in Semiconductors
31. Influence of Generation-Recombination Process on Transient Regime and Noise Spectra in p-Si at 77 K
32. Simple Analytical Model for Noise Under Near-Oscillatory Macroscopic Behavior of Submicron n+nn+ Diodes
33. Hydrodynamic and Kinetic Modeling of Hot-Carrier Noise Temperature in Bulk Semiconductors
34. Monte Carlo Simulation of Hot Carrier Noise in Submicron n+nn+ Diodes
35. Microscopic Modelling of Transport in Semiconductor Structures
36. Microscopic Simulation of Electronic Noise in Semiconductor Unipolar Structures
37. Time-dependent Analysis of the Coupled Hot-Carrier-Hot-Phonon Boltzmann Equations
38. Kinetic and Hydrodynamic Modelling of the Differential Mobility Spectrum for Hot-carrier Transport in Semiconductors
39. Numerical Solution of the perturbed Boltzmann Equation in Frequency and Time Domains
40. An Alternative Solution of the Boltzmann Equation: The Scattered Packet Method
41. A Novel Procedure to Obtain the Small-signal Characteristics of a Given Device from Noise Spectra
42. Monte Carlo Study of the Suppression of Diffusion Noise.
43. Monte Carlo Investigation of Dynamic Transport in Nitrides.
44. Is It Possible To Suppress Noise By Noise In Semiconductors?
45. Scattered Packet Method for the Simulation of the Spatio-temporal Evolution of Local Perturbations
46. Impedance field and noise of submicrometer n[sup +]nn[sup +] diodes: Analytical approach
47. Noise and electron diffusion in dopedn-type GaAs at heating electric fields
48. Evaluating the impedance field through several transport models: A comparison
49. Spatiotemporal correlation of conduction current fluctuations within a hydrodynamic-Langevin scheme
50. Transfer impedance calculations of electronic noise in two-terminal semiconductor structures
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