## Descriptive theory of the thermoelectric effects and a device to show the Thomson effect |

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acceptors amperes band theory behaviour closed shell coefficient with temperature conduction band corresponding crystal distance doped elec electrical resistivity Electron energy electrostatic energy band energy levels erature explained Fermi function Fermi level flow of current flow of heat forbidden band Front View gradient heat and flow hydrogen atom hydrogen nucleus intrinsic semiconductor Joulean heat Junction is carried kinetic energy known measures in inches membrane momentum movement n-type semi number of electrons number of holes orbit p-type semiconductor Pauli exclusion principle Peltier effect permission 23 permission.(23 photon physical positive charge potential energy produce quantum mechanics quantum mechanics theory quantum number Seebeck coefficient semiconductor material shown in figure specimen temp temperature difference temperature for PbTe-2P thermal conductivity thermal energy thermocouple thermoelectric effects Thomson coefficient Thomson effect Thomson heat UPPER BAND valence band valence electrons values Variation of Seebeck Variation of Thomson voltage wave equation wave function wavelength zero