DONSKOI et al., 1962 - Google Patents
Application of the induction method to the investigation of plasma conductivity in gas jetsDONSKOI et al., 1962
- Document ID
- 6283574464780973073
- Author
- DONSKOI K
- DUNAEV I
- PROKOFEV A
- Publication year
External Links
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Scala | Ablation of graphite in dissociated air- part i, theory | |
| DONSKOI et al. | Application of the induction method to the investigation of plasma conductivity in gas jets | |
| BERNSTEIN | Electrodeless magnetohydrodynamic generator- electrodynamic and gas dynamic study | |
| THEIMER | Calculation of the bremsstrahlung spectrum and the ac electrical conductivity of a plasma using classical methods | |
| DELCROIX | Brief review of the general concepts of ionized gas and plasma theory | |
| COLGATE | Investigation of the ionization in a plasma subject to crossed electric and magnetic fields | |
| BETCHOV | Operation of conductivity meter and interpretation of electrical conductivity of ionized air during reentry | |
| KAHN | Study of transverse plasma waves and their instability | |
| LAPP et al. | Applied electric field effect on the electrical conductivity of potassium-seeded acetylene-air and hydrogen-oxygen plasmas at atmospheric pressure | |
| CABANNES | Study of electrical discharges by induction of rare gases | |
| HENRICH | Boltzmann equation used to derive the expression for the current in ionized gases at low density in an axisymmetric nonuniform field | |
| BOHACHEVSKY | Simple waves and shocks in plasmas | |
| YANG | Development of moment equations from the boltzmann equation for a conducting gas in electric and magnetic fields | |
| CRAWFORD et al. | Description of electronic apparatus for rapid determination of plasma electron temperature and densities using langmuir probe | |
| KOLOMENSKIY | Research in theory of movement of particles in modern cyclic accelerators- betatron and synchrophasotron | |
| AOKI | Study of loss mechanisms in low-temperature plasma accelerators, particularly those due to the electrode boundary layer and hall current | |
| GOURDINE | Analysis of plasma heating using mhd shear heating techniques in rotating plasmas to obtain high energy densities | |
| DNESTROVSKII et al. | Stability analysis of a nonuniform, cold plasma, using two-fluid hydrodynamic equations and the poisson equation of the electric field potential | |
| GERSHTEYN | Interaction of charged particles with electric fields- generators, amplifiers, and accelerators | |
| GROSS | Study of gas in plasma-heating shock tube that is ahead of the shock wave and is not yet ionized | |
| BOSTIK | Theoretical and experimental discussion of the interaction between magnetic fields and moving plasmas | |
| BAKER et al. | Analysis of plasma acceleration using crossed electric and magnetic fields for applicability to spacecraft propulsion | |
| DESLOGE | Derivation of coefficients of diffusion, viscosity and thermal conductivity of a gas following method of maxwell and chapman | |
| BHATTACHARYA et al. | Electronic thermal conductivity in magnetoplasmas | |
| DELATTRE | Short arc wind tunnel improvement- revolving arc in high pressure chamber |