Ye.K. Jordanishvili
THERMOELECTRICITY: FROM THE PAST TO THE FUTURE

O.N.Manik.
Comprehensive approach to calculating parameters of thermoelectric materials, XI. Methods of vibration theory. Matrix elements of dispersion law and their calculation by means of molecular models.
A method for calculating matrix elements of dispersion law in complex crystals is developed. A general scheme of solving vibration problem under natural coordinates is given. Methods for constructing operational operator and its generalization for the cas

O.N.Manyk.
Comprehensive Approach to Calculating Parameters of Thermoelectric Materials. XII. Methods of vibration theory. Characteristic property of frequencies.
A method for calculating vibration frequencies of atoms of individual chemical bonds in complicated crystals is developed. A procedure for finding vibration form by means of molecular models is given.

P.I.Baransky, Ye.F.Venger, A.V.Gaidar.
Physics of semiconductors and the search for new thermoelectrically efficient semiconductor materials.
The role of physics

O.N.Manik.
Method of chemical bond theory.
The riemanian metric was used in chemical bond theory. By way of concrete examples the effect of methods elaborated by the author was demonstrated from the formulation the problem to the calculation of the problem to calculation of the equilibrium curve.

Ye.A.Okhrem, I.V.Prots.
Vemf in the zone-inhomogeneous shot-circuited anisotropic thermoelement.
The zone-inhomogeneous short-circuited anisotropic thermoelement has been considered in the emf generator mode. The potential distri

Anatychuk L.I.
RATIONAL AREAS OF INVESTIGATION AND APPLICATION OF THERMOELECTRICITY
Institute of Thermoelectricity, Chernivtsi, Ukraine
In the “Journal of Thermoelectricity”, N1, 1993 a theory and technique were represented for the description of well-known thermoelement types and creation of new ones. As the author of this paper, I promised to develop this subject further with the appearance of a new information. I have managed by now to study rather thoroughly the state of affairs with the main thermoelement types serving the basis for thermoelectricity that are being currently used or can find practical applications. A table providing a classified des