EBOOK - Thermal Plasma Torches and Technologies - Volume 1 Plasma Torches - Basic Studies and Design (O.P. Solonenko) | Cộng đồng Kỹ thuật cơ điện Việt Nam EBOOKBKMT

EBOOK - Đèn pin và công nghệ plasma nhiệt - Tập 1 Đèn pin plasma - Nghiên cứu và thiết kế cơ bản (O.P. Solonenko) - 397 Trang.

Our original intention was to publish this two-volume book at the occasion of the 80th birthday of Prof. Mikhail F. Zhukov, Academician of the Russian Academy of Sciences, one of the leading Russian and CIS scientists working in the area of plasma science and technology. Unfortunately, Prof Zhukov died in December 1999 and we would therefore like to devote this book to the life and scientific achievement of this outstanding scientist, pioneer of thermal plasma.
He was born September 6, 1917 and graduated from the Moscow State University (in mechanics) in 1941. He started working as an engineer in the Zhukovsky Central Aerodynamics Institute. In 1946-1959, he was the head of the department in the Central Institute of Airplane Engines. Since 1960 until his death, Mikhail F. Zhukov worked in the Siberian Branch of the Russian Academy of Sciences. Zhukov’s fundamental investigations in the fields of gas dynamics and electric arc thermal plasma are well known in Russia and abroad. The scope of his scientific interests was very wide: supersonic compressors, Mikhail F. Zhukov new types of wind tunnels, near-electrode processes, electrode erosion, heat transfer, arcing stability, new plasma technologies, etc.

CONTENTS:

Electric Arc Generators of Thermal Plasma: Review (M.F. Zhukov) ..............1
Trends in Thermal Plasma Technology (L.F. Pfender) ......................................20
Integrated Analysis of Induction Plasma Systems (M.I. Boulos) ...................... 42
Plasma Metallurgy: Current State, Problems and Prospects (Yu.V. Tsvetkov)62
Atmosphere Plasma Spraying: Theory, Modelling, Diagnostics, ComputerAided Design and Some Applications (O.P. Solonenko) ............................... 80
Metallic and Ceramic Materials: Present and Future (V.A. Neronov) ..........102
Extreme Technologies in Building Material Production (G.G. Volokitin,
V.E. Borzykh, N.K. Skripnikova) ....................................................................112
Achievements of Plasma Tomography (V.V. Pickalov) ......................................123
New Vortex Method of Plasma Insulation and the Ranque Effect (A. Gutsol
and J.A. Bakken) .............................................................................................. 133
Physical Phenomena in a Hollow Cathode and Interaction of Powder with
the Vacuum Arc (V.S. Cherednichenko, A.B. Zagorskii and L.K. Pavlenko)..
.......................................................................................................................... 150
Experimental Investigation of Electric, Energetic and Optical Characteristics of the Induction Transformer-Type Discharge (I.M. Ulanov and
S.N. Soldatov) ..................................................................................................166
Mathematical Modelling of Transformer Discharge (E.B. Kulumbaev and
V.M. Lelevkin) .................................................................................................. 175
Integrated Method of Research of Processes in Thermal Plasma
Generators (O.Y. Novikov and V.F. Putko) .................................................... 191
Modelling of Electric Arc Plasma (A. Zhainakov, R. Urusov and A. Valeeva) 197
On the Problem of Turbulent Arc Modelling (O.I. Yas'ko) .............................. 206
Energy Characteristics of Electric Arc Heaters for Tetrafluoromethane (A.N.
Timoshevskii, B.A. Pozdnyakov and V.S. Ponkratov) ................................... 224
Numerical Investigation of the Characteristics of a Steady Curved Arc in
External Fields (G.A. Desyatkov, V.Ts. Gurovich and E.B. Kulumbaev) .... 231
Properties of Water-Stabilized Plasma Torches (M. Hrabovsky, M. Konrad, V.
Kopecky and V. Sember) .................................................................................. 242
Modeling of a D. C. Arc Plasma Torch with a Hydrogen-Argon Mixture
as the Working Gas (Xi Chen, Peng Han and Lan Yu) ................................ 267
The Modified Balance Method of Calculating Characteristics of NearAnode Processes (Yu.V. Bruevich, I.P. Nazarenko and I.G. Panevin) ......... 280
Application of Heat Diffusion Theory to Cold Electrode Erosion for Nonstationary Arc Spots (A. Marotta and L.I. Sharakhovsky) .............................. 291
Emission Current Density and Electronic Work Function of Metal to
Plasma (H.Ts. Zayatuev) ................................................................................. 310
Erosion of Multi-arc Cathodes (A.N. Timoshevkii and V.S. Ponkratov) .......... 319
Influence of Three-Phase Electric Arcs, Burning on Oxide Melts, on
Quality of Electric Power (U.B. Ashimov, E.A. Abdrachmanov, G.D.
Manapova and T.S. Maldybaeva) ................................................................... 326
Modelling of Flow Stabilization by the Swirl of a Peripheral Flow as
Applied to Plasma Reactors (E.P. Volchkov, V.P. Lebedev, V.I. Terekhov and
N.E. Shishkin) .................................................................................................. 335
Low-density Plasma Jets: Production and Investigation (L.I. Kuznetsov and
V.N. Yarygin) .................................................................................................... 352
Effect of Arc Current Modulation on Thermal Plasma Flow in Plasma Torches
(F.A. Salyanov) ................................................................................................. 365

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