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Semiconductors. Part 2. Summer-School, Univ. Duluth, MN, USA, July 15 - August 9, 1991. (English) Zbl 0918.00040
The IMA Volumes in Mathematics and its Applications. 59. Berlin: Springer. xxii, 406 p. (1994).

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Indexed articles:
Ben Abdallah, N.; Degond, P., On the Child-Langmuir law for semiconductors, 1-17 [Zbl 0946.65513]
Baccarani, G.; Odeh, F.; Gnudi, A.; Ventura, D., A critical review of the fundamental semiconductor equations, 19-32 [Zbl 0946.65507]
Bennett, Herbert S.; Lowney, Jeremiah R., Physics for device simulations and its verification by measurements, 33-73 [Zbl 0946.00502]
Blakey, Peter A.; Zirkle, Thomas E., An industrial perspective on semiconductor technology modeling, 75-88 [Zbl 0946.00500]
Bürgler, J. F.; Dettmer, H.; Riccobene, C.; Coughran, W. M. jun.; Fichtner, W., Combined device-circuit simulation for advanced semiconductor devices, 89-107 [Zbl 0946.76518]
Cercignani, Carlo, Methods of the kinetic theory of gases relevant to the kinetic models for semiconductors, 109-121 [Zbl 0946.76521]
Gardner, Carl L., Shock waves in the hydrodynamic model for semiconductor devices, 123-134 [Zbl 0946.65515]
Gnudi, A.; Ventura, D.; Baccarani, G.; Odeh, F., Macroscopic and microscopic approach for the simulation of short devices, 135-157 [Zbl 0946.65510]
Hagan, P. S.; Cox, R. W.; Wagner, B. A., Derivation of the high field semiconductor equations, 159-183 [Zbl 0946.35507]
Jerome, Joseph W.; Shu, Chi-Wang, Energy models for one-carrier transport in semiconductor devices, 185-207 [Zbl 0946.76516]
Kalachev, Leonid V., Some applications of asymptotic methods in semiconductor device modeling, 209-221 [Zbl 0946.65516]
Kerkhoven, Thomas, Discretization of three dimensional drift-diffusion equations by numerically stable finite elements, 223-236 [Zbl 0946.65500]
Kerkhoven, Thomas, Mathematical modeling of quantum wires in periodic heterojunction structures, 237-253 [Zbl 0946.65511]
Langer, Erasmus, Numerical simulation of MOS transistors, 255-280 [Zbl 0946.65512]
Liu, H. C., Scattering theory of high frequency quantum transport, 281-285 [Zbl 0946.65514]
Lumsdaine, Andrew; White, Jacob K., Accelerating dynamic iteration methods with application to semiconductor device simulation, 287-302 [Zbl 0946.65503]
Poupaud, F., Boundary value problems in semiconductors for the stationary Vlasov-Maxwell-Boltzmann equations, 303-319 [Zbl 0946.35506]
Reyna, Luis G.; Saúl, Andrés, On the treatment of the colllision operator for hydrodynamic models, 321-332 [Zbl 0946.76519]
Ringhofer, Christian, Adaptive methods for the solution of the Wigner-Poisson system, 333-341 [Zbl 0946.65508]
Schmeiser, Christian; Unterreiter, Andreas, The derivation of analytic device models by asymptotic methods, 343-363 [Zbl 0946.35505]
Sever, Michael, Symmetric forms of energy-momentum transport models, 365-376 [Zbl 0946.35503]
Steinrück, H.; Szmolyan, P., Analysis of the Gunn effect, 377-388 [Zbl 0946.35504]
Ward, Michael J.; Reyna, Luis; Odeh, F., Some examples of singular perturbation problems in device modeling, 389-406 [Zbl 0946.35509]

00B25 Proceedings of conferences of miscellaneous specific interest
82-06 Proceedings, conferences, collections, etc. pertaining to statistical mechanics
65-06 Proceedings, conferences, collections, etc. pertaining to numerical analysis
82D55 Statistical mechanics of superconductors