Titanium-Alumina Slag — Semifunctional Technogenic Resource of High-Alumina Composition. Part 1. Substance Composition and Titanium-Alumina Slag Properties von Rytvin, V. M., Perepelitsyn, V. A., Ponomarenko, A. A., Gil’varg, S. I.

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Ferrochrome Aluminothermal Slags as a Multifunctional Technogenic Resource. Part 1. Ferrochrome Slag Material Composition and Properties von Rytvin, V. M., Perepelitsyn, V. A., Ponomarenko, A. A., Gil’varg, S. I.

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High-alumina technogenic raw material von Perepelitsyn, V. A., Koroteev, V. A., Rytvin, V. M., Gil’varg, S. I., Grigor’ev, V. G., Ignatenko, V. G., Abyzov, A. N., Kutalov, V. G.

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Unroasted thermal insulating refractory materials based on high-alumina cement and phosphate binders von Abyzov, A. N., Rytvin, V. M., Abyzov, V. A., Perepelitsyn, V. A., Grigor’ev, V. G.

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Self-disintegrating ferrochrome aluminothermal slag – semifunctional technogenic raw material von Perepelitsyn, V. A., Rytvin, V. M., Gil’varg, S. I., Ignatenko, V. G., Kutalov, V. G., Arzamastsev, N. N.

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Composition and properties of the main types of aluminothermic slag at the Klyuchi Ferroalloy Works von Perepelitsyn, V A, Rytvin, V M, Kormina, I V, Ignatenko, V G

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Wear-resistant refractories in aluminum pyrometallurgy von Perepelitsyn, V A, Sizov, V I, Rytvin, V M, Ignatenko, V G

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Processing alumina-bearing ferroalloy slags von Leont’ev, L. I., Rytvin, V. M., Gil’varg, S. I., Perepelitsyn, V. A., Rovnushkin, V. A.

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Heat-resistant concrete based on aluminothermic slags of the Klyuchevskii Ferroalloys Plant von Abyzov, A N, Perepelytsyn, V A, Rytvin, V M, Ignatenko, V G, Klinov, O A

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Ferrochrome Aluminothermal Slags as a Multifunctional Technogenic Resource. Part 2. Use of Ferrochrome Slags in Refractories and Metallurgy1 von Rytvin, V. M., Perepelitsyn, V. A., Ponomarenko, A. A., Gil’varg, S. I.

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Ferrochrome Aluminothermal Slags as a Multifunctional Technogenic Resource. Part 2. Use of Ferrochrome Slags in Refractories and Metallurgy.sup.1 von Rytvin, V. M, Perepelitsyn, V. A, Ponomarenko, A. A, Gil'varg, S. I

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Titanium-Alumina Slag - Semifunctional Technogenic Resource of High-Alumina Composition. Part 2. Use of Ferrotitanium Slag for Producing Refractories in Metallurgy and Other Branch... von Rytvin, V. M, Perepelitsyn, V. A, Ponomarenko, A. A, Gil'varg, S. I

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Titanium-Alumina Slag – Semifunctional Technogenic Resource of High-Alumina Composition. Part 2. Use of Ferrotitanium Slag for Producing Refractories in Metallurgy and Other Branch... von Rytvin, V. M., Perepelitsyn, V. A., Ponomarenko, A. A., Gil’varg, S. I.

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Non-traditional domestic refractory materials for aluminum metallurgy von Perepelitsyn, V. A., Proshkin, V. A., Rytvin, V. M., Ignatenko, V. G., Yarosh, I. A., Abyzov, A. N.

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METHOD FOR PURIFICATION OF NOBLE METALS AND THEIR ALLOYS von RYTVIN EVGENIJ I, SLOTINTSEV NIKOLAJ M, VASEKIN VASILIJ V, LAPITSKAYA ELENA V, SLOTINTSEVA MARGARITA G

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Some properties of platinum, palladium, and their alloys on heating von Rytvin, E. I., Kuz'min, V. M., Rudenko, A. E.

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Short-term strength of platinum, palladium, and their alloys at 1100?1400 von Rytvin, E. I., Kuz'min, V. M., Petrova, A. E.

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Heat resistance of platinum, palladium, and their alloys von Rytvin, E. I., Kuz'min, V. M., Petrova, A. E.

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METHOD OF ELECTROEROSION DISPERSION OF NOBLE METALS AND NOBLE METAL ALLOYS von TYKOCHINSKIJ DAVID S, RYTVIN EVGENIJ I, LAPITSKAYA ELENA V, SLOTINTSEVA MARGARITA G, KUZMIN VALENTIN M

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Creep and time to fallure of platinum-rhodium-palladium alloys von Rytvin, E. I., Kuz'min, V. M., Meitin, Yu. V.

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