Physics for Computer Science Students: With Emphasis on Atomic and Semiconductor PhysicsSpringer-Verlag, 1991 - 528 pages This text is the product of several years' effort to fill an educational gap, namely, to teach computer scientists the fundamental physics of how a computer works. The book starts with many of the topics of a standard introductory physics course, but with the topics selected and presented in a way to be of use in the second half, which develops the physics of electronic devices. In particular, these chapters cover the fundamentals of quantum mechanics, multi-electron systems, crystal structure, semiconductor devices, and logic circuits. The mathematical complexities are alleviated by intuitive physical arguments. Students are encouraged to use their own programming skills to solve problems. An instructor's manual is available from the authors. |
Contents
Physical Quantities | 1 |
Momentum and Collisions | 10 |
Uniformly Accelerated Motion | 21 |
Copyright | |
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acceleration amplitude angle angular Answer average block Calculate Chapter charge q circuit collision components conduction band consider constant crystal density diode dipole direction displacement distance eigenfunction electric field electromagnetic emitted emitter energy levels equal Example experimental FIGURE force free electron frequency function holes hydrogen atom impurity increases input ions kinetic energy lattice m/sec m₁ magnetic field magnitude mass metal molecules momentum motion move n-type n-type semiconductor number of electrons obtain Ohm's law orbit oscillation p-n junction particle photon plane positive charge potential difference potential energy Problem quantum mechanics quantum numbers R₁ R₂ radiation radius resistor result rotation Schrödinger equation semiconductor shown in Fig side silicon slit solid Solution string subshell Substituting temperature transistor V₁ valence band vector velocity voltage wave wavefunction wavelength wire zero