Submit an Article
Become a reviewer
Vol 62 Iss. 1
Pages:
132-137
Download volume:
RUS
Article

Calculation of the generator for high-frequency electrothermomechanical destruction of frozen rocks

Authors:
L. B. Nekrasov
Yu. M. Misnik
V. F. Korchakov
Date submitted:
1971-07-11
Date accepted:
1971-09-09
Date published:
1972-02-04

Abstract

The electrode system and the heated frozen rock form a so-called working capacitor, whose characteristics are electrical capacitance and tgδ (loss angle). Knowing these characteristics, it is possible to determine all elements of the high-frequency circuit that forms the energy source of the technological process...

Область исследования:
(Archived) Without section
Go to volume 62

References

  1. Netushil A. V. et al. High-frequency heating of dielectrics and semiconductors. Gosenergoizdat, 1959.
  2. Frumkin A. A. High-frequency installations for heating dielectrics. Publication of the Electrotechnical Industry, ONTI Standardization and Normalization in Electrotechnics, 1966.
  3. Megla G. Technics of decimeter waves. Sov. Radio, 1958.
  4. Khatskilevich V. A. Calculation of modes of anode modulation generators on new tubes. Gosenergoizdat, 1966.
  5. Nekrasov L. B. Device for destruction of frozen loose rocks by high-frequency electrothermomechanical. Kolyma, 1968, No. 12.

Similar articles

To ensure the safety of heavy-duty dump trucks movement in poor visibility conditions
1972 V. A. Gardzish, V. V. Maslennikova
Analysis of errors of capacitive autocompensation moisture meter in steady-state mode
1972 E. S. Krichevsky, R. M. Proskuryakov
About one method of automatic control of flotation mode
1972 V. I. Zlatkin, A. N. Makovsky
Varicaps to increase sensitivity of capacitive moisture meters
1972 E. S. Krichevsky, A. F. Avdeeva, N. S. Sabadash, E. A. Kalm
About one disturbance in systems of continuous control of bulk materials moisture content
1972 E. S. Krichevsky, S. S. Galushkin
Barium titanate and epoxy compound texture-based piezo pressure sensor
1972 E. V. Zhilkina, V. P. Belyatsky