The foreword .................................................... 3
Chapter 1. A conceptual model of the system is
gas-semiconductor ................................... 4
Chapter 2. Phenomenological mathematical model of the system
gas-semiconductor .................................. 31
Chapter 3. Statics: statistics of electrons and holes in
a semiconductor .................................... 62
Chapter 4. Statistics of electrons and holes on a surface
semiconductor ...................................... 95
Chapter 5. The identity of the generalized statistics
of Fermi-Dirak .................................... 117
Chapter 6. Decision of one dimension regional task for
Puasson equaation in the case of semiconductor
with multicharge admixture centers ................ 128
Chapter 7. Electrical conductivity of semiconductor
material .......................................... 151
Chapter 8. Methods of calculation of basic electro-physical
performances of sensible element material ......... 165
Chapter 9. Analysis of static performances of semiconductor
gas sensoors ...................................... 176
Chapter 10. Analysis of sensitiveness of surface potential
of semiconductor to the extraneous matters ........ 186
Chapter 11. Influencing of illumination on adsorption and
catalytic properties of oxide ..................... 221
Chapter 12. Kinetics of the system oxygen - a binary
semiconductor oxide ............................... 255
Legends ....................................................... 266
Literature .................................................... 269
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