Other

Alexei V Vasiliev

Andrei B Ivanov

Konstantin D Muzhzhavlev

Sergei P Kosarev

Vladimir I Schegolev

Vladimir G Ovcharenko

Elizaveta A Grigorieva

Viktor A Rudakov

Alexandr T Podanenko

Anatoly B Kondratenko

Anatoly L Garkavy

Grigory P Khristjuk

Ivan G Gachegov, Deceased

Leonid P Stavrov

Oleg N Romanenko

Jury M Ryabukhin

Viktor Alexandrovich Rudakov

Gennady V Pisarev

Anatoly P Gobov

Jury M Zheleznov

Lidia T Gachegova, Administrator

Anatoly A Kuznetsov

By Lidia Gachegova, Administrator

Anatoly P Egorov

Mikhail I Kolesnik

An apparatus for chlorination of molten magnesium chloride salts, comprising a shell lined with a refractory material and having the interior thereof formed by walls, a bottom and a cover. The lower portion of the shell walls is provided with chlorine inlet means whereas the upper portion has a melt feed inlet means and a chlorinated melt outlet means. The interior of the shell is so tapered downward that its clear opening, F.sub.1, at the level of the chlorine inlet means is not over 0.3 times the clear opening, F.sub.2, at the level of the melt feed inlet means and the chlorinated melt outlet means.

Apparatus for chlorination of molten magnesium chloride salts

Disclosed is an apparatus for chlorination of molten magnesium chloride salts, comprising a shell lined with a refractory material and having the interior thereof formed by walls, a bottom and a cover. The lower portion of the shell walls is provided with chlorine inlet means whereas the upper one has a melt feed inlet means and a chlorinated melt outlet means. The interior of the shell is so tapered downward that its clear opening at the level of the chlorine inlet means is not over 0.3 times that at the level of the melt feed inlet means and the chlorinated melt outlet means.

A method of protecting carbon-containing component parts of metallurgical units from oxidation comprises impregnating a component part with orthophosphoric acid to form a glassy mass in the pores of the component part when the latter is heated, drying the component part until the moisture is removed from the pores thereof, additionally impregnating the component part with an elemental organic compound comprising an element: Si, or Ti, or Al and capable of forming a phosphate, and heating the impregnated component part to the temperature at which phosphates are formed.

Method of protecting carbon-containing component parts of metallurgical

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Ivano-Frankovskaya oblast, Kalush, undefined

Alexei V Vasiliev