Thermal work function

AW represents the thermal components of any intra-/ intermolecular bonding term in a system energy other than the inherent difference of the 0 K portion of the interaction energy). Thus, AW completely expresses the thermal energy difference of the process involved. Application of the thermal work function permits one to separate so-called 0 K energy differences from those... 

The authors thank their colleague. Professor Paul W. Chun, who is the leading proponent of the Planck-Benzinger thermal work function (P. W. Chun (1997) J. Phys. Chem. 101, 7885 (1998) Meth. Enzymol. 295, 227). Those interested in additional information may wish to contact Professor Chun by at pwchun bio chem.med.ufl.edu. 

Electrical resistivity ps Temperature coefficient Pressure coefficient Electrical resistivity pi Superconducting critical temperature T tit Superconducting critical field Hait Hall coefficient R Thermoelectric coefficient Electronic work function Thermal work function Molar magnetic susceptibility /mol, solid (SI)... 

Hall coefficient R Thermoelectric coefficient Electronic band gap AE Temperature dependence Electronic work function Thermal work function... 

Electronic work function Thermal work function... 

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