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Energy Bands in Solids
Structure of Crystalline Solids
The Electrical Thermal and Optical Properties of Solids
2 other sections not shown
absolute zero applied field arrangement atoms band scheme base region beam bias Bloch wall Bohr Boltzmann’s constant bond centred cubic Chapter charge carriers classical conduction band constant corresponding curve defects deﬁned deﬂection device diffraction diffusion diode dislocations distribution domain effect electric ﬁeld electron gas electron moving emission emitted energy band energy gap energy levels equation example experimental Fermi level ferromagnetic ﬁlled ﬁrst ﬁxed frequency given giving rise heat holes hydrogen illustrated in Figure impurity increase intrinsic semiconductor ions large number lattice layer magnetic field material metal minority carriers molecules motion n-type negative charge number of electrons orbit p-side paramagnetic particles planes plate pn junction positive charge quantum numbers radiation resistance result rotation schematically semiconductor shell shown in Figure shows silicon single crystal sodium solid state physics speciﬁc specimen spectral spins surface temperature theory thermal transistor transition unit cell valence band voltage wave function wavelength X-ray