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T. Shchukina, A. Kaufman, M. Guryashina (2011)
Standardized preparation of samples and Sapozhnikov plastometric equipmentCoke and Chemistry, 54
TG Shchukina, AA Kaufman, MA Guryashina (2011)
Standardized preparation of samples and Sapozhnikov plastometric testingCoke Chem., 54
B. Kiselev (2008)
Role of the coal rank in the formation of coking batchCoke and Chemistry, 51
TG Shchukina, MI Stukov, SA Kosogorov (2006)
Koks Khim.
B. Kiselev, S. Stakheev (2011)
Ensuring stable coke propertiesCoke and Chemistry, 54
(2006)
Discrepancies in the clinkering and coking properties of coal determined at different laboratories
B. Kiselev, S. Stakheev (2012)
Technological value of coal. 1. Clinkering coalCoke and Chemistry, 55
BP Kiselev, SG Stakheev (2012)
Technological value of coal. Part 1. Clinkering coalCoke Chem., 55
T. Shchukina, A. Kaufman (2010)
Identification of Russian coal on the basis of the swelling-index standardCoke and Chemistry, 53
The plastometric method provides useful information regarding the suitability of Russian coking coal for the production of metallurgical coke. The discrepancies between test results in different laboratories are explained. The case is made for trainings in plastometry at laboratories of coke plants and their suppliers.
Coke and Chemistry – Springer Journals
Published: Nov 27, 2013
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