Luste O. J. Inverse problems of mathematical theory of devising new thermoelement types.Part II. Usage of inverse  problems for  creation of predesigned distribution of thermoelectric eddy currents
Correctness of formulation of solutions of inverse thermoelectricity problems has been studied, conditions for the existence and uniqueness of solutions of these problems have been established, general methods for finding solutions of inverse thermoelectricity problems for inhomogeneous, gyrotropic and anisotropic media have been described

Anatychuk L.I., Demchuk B.M., Luste O. J. Theory of eddy microcalorimeter design
The foundations of theory of optimal design of conductive microcalorimeters with eddy thermoelectric heat flow sensors have been outlined. The most important microcalorimeter components, namely reaction chambers, eddy thermoelectric sensor and temperature control units, as well as their interrelations have been optimized.

Kin-ichi Uemura. History of thermoelectricity development in Japan
General idea of thermoelectricity development in Japan by illustrating the case of its pioneer, Komatsu Co. Ltd. and its subsidiary Komatsu Electronics Inc.

Anatychuk L.I., Luste O. J., Vikhor L.N., Misawa К., Suzuki N. Computer methods for coolers optimization
Computer method for thermoelectric coolers optimization and design is described. The example of cooler design is given.

Anatychuk L.I. With reference to the history of using semiconductors in thermoelectricity
The paper analyzes the use of semiconductor materials in thermoelectric energy converters atfention is drawn to the fact that the use of semiconductors based on theoretical concepts of electron theory of solid state had been preceded by the phase of empirical investigations testifying to the efficiency of using semiconductor materials in thermoelectricity.

Luste O.J. On theory of thermoelectric microcalorimeters
A method for reproducing tr