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B.I. Zel’berg, A.E. Chernykh, K.S. Elkin (1994)
Shikhta dlya elektrotermicheskogo proizvodstva kremniya
V. Strakhov, I. Surovtseva, D. Elkin, K. Elkin, A. Cherevko (2012)
Using SS coal in silicon productionCoke and Chemistry, 55
(1990)
Dynamics of the Activation of Petroleum Coke to Pro duce Catalyst Substrates
Y. Utkin, É. Yanko, V. Nosyrev, E. Soloveichik, V. Strakhov, I. Surovtseva (2011)
Assessing the petroleum coke used in aluminum productionCoke and Chemistry, 54
A.F. Krasyukov (1966)
Neftyanoi koks
M. Tagirov, B. Zhirnov, E. Gost’kov, M. Fatkullin, E. Mukhametzyanova (2011)
Activation of petroleum coke to obtain catalyst substratesCoke and Chemistry, 54
(2012)
Development of Production Technology for Silicon on the Basis of Carbon Materials with No Heat Treatment
(1986)
Selecting Carbon Reducing Agents for the Pro duction of Industrial Grade Silicon
O.M. Katkov (1999)
Vyplavka tekhnicheskogo kremniya
Z.I. Syunyaev (1973)
Proizvodstvo, oblagorazhivanie i primenenie neftyanogo koksa
The quality of low-ash coal and semicoke is analyzed in terms of the requirements on carbon reducing agents in silicon production. Their prospects for the production of high-purity silicon are discussed.
Coke and Chemistry – Springer Journals
Published: Aug 25, 2012
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