The Science of Hysteresis: Mathematical modeling and applications, 1. ciltAcademic Press, 2006 - 720 sayfa Volume 1 covers: * Mathematical models * Differential equations * Stochastic aspects of hysteresis * Binary detection using hysteresis * Models of unemployment in economics Volume 2 covers: * Physical models of magnetic hysteresis * All aspects of magnetisation dynamics Volume 3 covers: * Hysteresis phenomena in materials * Over 2100 pages, rich with supporting illustrations, figures and equations * Contains contributions from an international list of authors, from a wide-range of disciplines * Covers all aspects of hysteresis - from differential equations, and binary detection, to models of unemployment and magnetisation dynamics. |
İçindekiler
Chapter 2 Magnetic Hysteresis in Nanostructured Materials | 191 |
Chapter 3 Superconducting Hysteresis | 257 |
Chapter 4 Hysteresis in Piezoelectric and Ferroelectric Materials | 337 |
Chapter 5 Hysteresis in ShapeMemory Materials | 467 |
Geophysical Materials | 555 |
Chapter 7 Application of the Preisach Model to SoilMoisture Hysteresis | 689 |
| 745 | |
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
alloys amorphous amplitude anisotropy annealing Appl applied field behavior boundary ceramics chemical potential cm³/cm³ coercive field coils configuration constant cycle demagnetizing density dependence dielectric dipolar dipoles direction dissipation distribution domain walls dynamics effect elastic elements elastic-state electric field energy equation equilibrium experimental ferromagnetic FIGURE fluid flux force frequency function grains hysteresis loop hysteretic increasing induced interaction lamination linear loss Magn magnetic field magnetic hysteresis magnetic moment magnetization curve magnetocrystalline anisotropy magnetostriction martensitic transformation martensitic transition measured mechanical nanocrystalline nonlinear obtained parameters particle permittivity phase angle Phys piezoelectric coefficient piezoelectric effect plane polarization pore space Preisach model Preisach space properties protocol quasi-static Rayleigh relaxation resonant rotation sample saturation saturation magnetization scale shape-memory shown in Fig single crystals soft magnetic strain response stress structure superconducting superparamagnetic temperature thermal thermodynamic thin films tion variable zero