634 results on '"Reggiani, Lino"'
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152. ELECTRON-ELECTRON INTERACTION EFFECT ON THE SPECTRAL DENSITY OF CURRENT FLUCTUATIONS OF HOT ELECTRONS IN SI
153. Noise and Diffusion in Submicron Structures
154. Related Fabrication and Phenomena
155. Advances in Noise Modelling of High-Field Transport in Semiconductor Materials and Structures
156. Nonequilibrium phonon effects on the transient high-field transport regime in InP
157. Transit-time effect on electronic noise in submicron $n^+nn^+$structures'
158. Collisional broadening effect in vacuum emission of hot electronsfrom $SiO_2$: the role of non-polar optical phonon scatering
159. Hydrodynamic and Monte Carlo simulation of steady-state transport and noise in submicrometer $n^+nn^+$ silicon structures
160. An Extended Analysis of Noise and Resistance Degradation within the Biased Percolation Model
161. A model noise temperature for nonlinear transport in semiconductors
162. E. Starikov, P. Shiktorov, V. Gruzinskis, J.P. Nougier,J.C. Vaissiere, L. Varani and L. Reggiani 'Electronic noise of submicron $n^+nn^+$ diodes under near-oscillatorymacroscopic behaviors' Appl. Phys. Lett. {\bf 66}, 2361-2363 (1995)
163. A model hyperfrequency differential-mobility for nonlinear transport in semiconductors
164. Electronic noise of submicron $n^+nn^+$ diodes under near-oscillatory macroscopic behaviors
165. Linear and nonlinear analysis of microwave power generationin submicrometer $n^+nn^+$ InP diodes'
166. L. Varani, L. Reggiani, P. Houlet, J.C. Vaissiere,J.P. Nougier, T. Kuhn, T. Gonzales and D. Pardo 'Hot-carrierfluctuations from ballistic to diffusive regime in submicronsemiconductor structures' Proc. 8th Int. Conf. on Hot Carriersin Semiconductors, Eds. J.F. Ryan and A.C. Maciel, Semiconductor Science Technol. {\bf 9}, 584-587 (1994)
167. Electronic noise and impedance field of submicron $n^+nn^+$ InP
168. A microscopic interpretation of hot-electron noise in Schottkybarrier diodes
169. Response functions analysis of $n^+nn^+$ diode generators
170. Small signal analysisof the Boltzmann equation from harmonic- and impulse-response methods'
171. Response functions in submicrometer $n^+nn^+$ diode generators
172. Monte Carlo analysis of noise spectra in Schottky-barrier diodes
173. Current and number fluctuations in submicron $n^+nn^+$ structures', Solid-State Electron
174. Influence of hot phonons on electronic noise in GaA'
175. Microscopic analysis of noise and nonlinear dynamics in p-type germanium
176. H drodynamic analysis of dc and ac hot-carrier transport insemiconductors
177. Investigations on the electrical current-voltage response in protein light receptors
178. Correlation functions and quantized noise in mesoscopic systems
179. Langevin-Equation analysis of hot-carrier transport in semiconductors
180. Hydrodynamic analysis of submicrometer $n^+nn^+$ diodes formicrowave generators
181. Noise and conductance in one-dimensional systems
182. Correlation functions and quantized noise in mesoscopic systems' Superlattices and microstructures
183. Nonequilibrium noise in mesoscopic systems: effects of transit times
184. Field-dependent electronic noise of lightly doped p-typeSi at 77 K
185. A model current spectral density for hot-carrier noise in semiconductors
186. Optical determination of Si conduction band nonparabolicity
187. GUMBEL DISTRIBUTION AND CURRENT FLUCTUATIONS IN CRITICAL SYSTEMS
188. End-of-life decision making in respiratory failure. The therapeutic choices in chronic respiratory failure in a 7-item questionnaire
189. Theory of Electronic Noise in Semiconductor Materials and Devices
190. Human olfactory receptor 17-40 as an active part of a nanobiosensor: a microscopic investigation of its electrical properties
191. Monte Carlo simulation of electronic noise in MESFETs
192. Trapping-detrapping fluctuations in organic space-charge layers
193. Smell Nanobiosensors: Hybrid systems based on the electrical response to odorant capture Theory And Experiment
194. A novel detection strategy for odorant molecules based on controlled bioengineering of rat olfactory receptor I7
195. High-field transport in semiconductor superlattices for interacting Wannier–Stark levels
196. A network model to correlate conformational change and the impedance spectrum of single proteins
197. Electron transport in superlattices for interacting Wannier-Stark levels
198. Current Fluctuations in Submicron Semiconductor Structures
199. Shot-Noise in Hot-Carrier Transport
200. Nanobiosensors based on individual olfactory receptors
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