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A.A. Agroskin (1954)
Khimicheskaya tekhnologiya uglya
R. Loison, P. Foch, A. Boyer (1989)
Coke Quality and Production
M.G. Sklyar, Yu.B. Tyutyunnikov (1985)
Khimiya tverdykh goryuchikh iskopaemykh: laboratornyi praktikum
S. Gagarin (2007)
Problems in coking: A review of materials presented at the international conferences on coal scienceCoke and Chemistry, 50
L.M. Sapozhnikov (1941)
Kamennye ugli i metallurgicheskii koks
V.Y. Zashkvara (1967)
Podgotovka uglei k koksovaniyu
M.G. Sklyar (1984)
Fiziko-khimicheskie osnovy spekaniya uglei
A. Starovoit, A. Koverya (2008)
Modernized equipment for determining the expansion-pressure dynamics and plastic properties of coal and coking batchCoke and Chemistry, 51
Ya.M. Obukhovskii (1957)
Sostavlenie ugol’nykh shikht dlya koksovaniya
The production of coke with the specified mechanical properties mainly depends on the thermal destruction and clinkering of the coals in the plastic state. The properties of the plastic coal mass (viscosity, gas permeability, plastic-layer thickness, and temperature range of the plastic state) play a significant role in producing coke of specified quality [1–4]. This is because the porous structure of semicoke that will be converted to coke on subsequent heating is formed in the plastic state. Hence, other conditions being equal, the properties of coal in the plastic state may be used to evaluate coke quality (its mechanical strength).
Coke and Chemistry – Springer Journals
Published: Aug 7, 2008
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