Bioethanol Plasma Conversion into Dry Synthesis-Gas von V. A. Zhovtjanskij, A. N. Dudnik, I. O. Nevzgljad

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Conversion of renewable carbonaceous raw materials using plasma technology von V. A. Zhovtjanskij, I. O. Nevzgljad, M. V. Jakimovich

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The General Principles of Waste Processing with Recovery of their Energy Potential on the Basis of Plasma Technologies. Part II. Gasification of the Sewage Sludge of Wastewater Tre... von V. A. Zhovtjanskij, V. N. Orlik, S. V. Petrov, M. V. Jakimovich

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The General Principles of Waste Processing with Recovery of Energy Potential on the Basis of Plasma Technologies. Part I. Environmental Requirements, the Thermodynamics of the Proc... von V. A. Zhovtjanskij, V. N. Orlik, S. V. Petrov, M. V. Jakimovich

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Non-monotony of the volt-ampere characteristics of the arc discharge caused by effects of heat conductivity von V. A. Zhovtjanskij, E. P. Kolesnikova, Ju. I. Leljukh, Ja. V. Tkachenko

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Thermodynamics Bases of Carbon Conversion for Obtaining Synthesis Gas of Required Composition with the Use of Plasma Technologies von V. V. Kolesnik, V. N. Orlik, V. A. Zhovtjanskij, I. O. Nevzgljad

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The Conversion of Carbonaceous Raw Materials by Plasma Technology Application von V. A. Zhovtjanskij, S. V. Petrov, V. V. Kolesnik, V. N. Orlik, Ju. I. Leljukh, I. O. Nevzgljad, Ju. A. Goncharuk, M. V. Jakimovich

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