 | Nanotech 2002 Vol. 2
Technical Proceedings of the 2002 International Conference on Computational Nanoscience and Nanotechnology
Chapter 9: Quantum Effects, Quantum Devices and Spintronics |
| - | Simulation of Wigner Function Transport in Tunneling and Quantum Structures |
| | C. Jacoboni, A. Bertoni, P. Bordone and N. Giacobbi |
| | University of Modena, Italy |
| - | The Use of a Green's Function Formalism for the Simulation of Semiconductor Device Performance |
| | D. Jovanovic |
| | Motorola, USA |
| - | Self-consistent Modeling of Open Quantum Devices |
| | R. Akis, L. Shifren and D.K. Ferry |
| | Arizona State University, USA |
| - | The Landauer Approach to the Critical Source-Channel Barrier in MOSFETs |
| | M. Lundstrom and J.H. Rhew |
| | Purdue University, USA |
| - | The Use of Quantum Potentials for Confinement in Semiconductor Devices |
| | A. Asenov, A.R. Brown and J.R. Watling |
| | Glasgow University, Scotland |
| - | Predictive Process Simulation and Ab-initio Calculation of the Physical Volume of Electrons in Silicon |
| | W. Windl and M.S. Daw |
| | Ohio State University, USA |
| - | Electronic Structure of Quantum Dots |
| | C. Hines, S.A. McCarthy, J.B. Wang and P.C. Abbott |
| | The University of Western Australia, Australia |
| - | Modeling and Simulation of Single-Electron Multi Tunnel Junction Memory |
| | C. Le Royer, G. Le Carval, M. Sanquer and D. Fraboulet |
| | CEA-LET, France |
| - | Modelling Coupled Motion of Electrons in Quantum Dots with Wetting Layers |
| | R.V.N. Melnik and M. Willatzen |
| | University of Southern Denmark, Denmark |
| - | Principles of Electron Wave Computing using Quantum Resistor Networks |
| | C.H. Wu |
| | University of Missouri-Rolla, USA |
| - | Electron Vorticity - Internal Energy Formulation of the Hydrodynamic Model of Electron Transport |
| | K. Mohseni and A. Shakouri |
| | University of Colorado, USA |
| - | Quantum Effects in SOI Devices |
| | S.S. Ahmed, R. Akis and D. Vasileska |
| | Arizona State University, USA |
| - | Residual Stress Modeling in Quantum Dots |
| | B. Vlahovic, K. Wang, V. Suslov, S.L. Yakovlev, C. Otieno, A. Soldi and J. Dutta |
| | North Carolina Central University, USA |
| - | Computing Excitons in V-shaped Quantum Wires Including Band-Structure and Dielectric Effects : Binding energies and polarization anisotropy of the bright A1, B1, A2 excitons |
| | M.A. Dupertuis, D.Y. Oberli and E. Kapon |
| | Swiss Federal Institute of Technology-EPFL, Switzerland |
| - | Gain in a Semiconductor Waveguide Qubit |
| | J. Harris, R. Akis and D.K. Ferry |
| | Arizona State University, USA |
| - | Binding Energy of an Exciton Bound to a Charged Impurity in Quantum Dots |
| | W. Xie |
| | Guangzhou University, China |
| - | Simulation of Wigner Function Transport in Tunneling and Quantum Structures |
| | C. Jacoboni, A. Bertoni, P. Bordone and N. Giacobbi |
| | University of Modena, Italy |
| - | The Use of a Green's Function Formalism for the Simulation of Semiconductor Device Performance |
| | D. Jovanovic |
| | Motorola, USA |
| - | Self-consistent Modeling of Open Quantum Devices |
| | R. Akis, L. Shifren and D.K. Ferry |
| | Arizona State University, USA |
| - | The Landauer Approach to the Critical Source-Channel Barrier in MOSFETs |
| | M. Lundstrom and J.H. Rhew |
| | Purdue University, USA |
| - | The Use of Quantum Potentials for Confinement in Semiconductor Devices |
| | A. Asenov, A.R. Brown and J.R. Watling |
| | Glasgow University, Scotland |
| - | Predictive Process Simulation and Ab-initio Calculation of the Physical Volume of Electrons in Silicon |
| | W. Windl and M.S. Daw |
| | Ohio State University, USA |
| - | Electronic Structure of Quantum Dots |
| | C. Hines, S.A. McCarthy, J.B. Wang and P.C. Abbott |
| | The University of Western Australia, Australia |
| - | Modeling and Simulation of Single-Electron Multi Tunnel Junction Memory |
| | C. Le Royer, G. Le Carval, M. Sanquer and D. Fraboulet |
| | CEA-LET, France |
| - | Modelling Coupled Motion of Electrons in Quantum Dots with Wetting Layers |
| | R.V.N. Melnik and M. Willatzen |
| | University of Southern Denmark, Denmark |
| - | Principles of Electron Wave Computing using Quantum Resistor Networks |
| | C.H. Wu |
| | University of Missouri-Rolla, USA |
| - | Electron Vorticity - Internal Energy Formulation of the Hydrodynamic Model of Electron Transport |
| | K. Mohseni and A. Shakouri |
| | University of Colorado, USA |
| - | Quantum Effects in SOI Devices |
| | S.S. Ahmed, R. Akis and D. Vasileska |
| | Arizona State University, USA |
| - | Residual Stress Modeling in Quantum Dots |
| | B. Vlahovic, K. Wang, V. Suslov, S.L. Yakovlev, C. Otieno, A. Soldi and J. Dutta |
| | North Carolina Central University, USA |
| - | Computing Excitons in V-shaped Quantum Wires Including Band-Structure and Dielectric Effects : Binding energies and polarization anisotropy of the bright A1, B1, A2 excitons |
| | M.A. Dupertuis, D.Y. Oberli and E. Kapon |
| | Swiss Federal Institute of Technology-EPFL, Switzerland |
| - | Gain in a Semiconductor Waveguide Qubit |
| | J. Harris, R. Akis and D.K. Ferry |
| | Arizona State University, USA |
| - | Binding Energy of an Exciton Bound to a Charged Impurity in Quantum Dots |
| | W. Xie |
| | Guangzhou University, China |
| ISBN: | 0-9708275-6-3 |
| Pages: | 504 |
| Hardcopy: | $100.00 |
| Special: | 3 CD Set — 15% off with Free Shipping |
| Up | |
