Operation and Hot Repair of Coke-Oven Linings R. R. GaripovA. V. Pershikov COKE 03 June 2019 Pages: 37 - 39
Neural-Network Model for Predicting the Yield of Coking Products E. V. VasilevaV. S. DoroganovE. A. Koshelev CHEMISTRY 03 June 2019 Pages: 40 - 46
Estimation of the Yield of Coking Products by a Neural-Network Model E. V. VasilevaV. S. DoroganovE. A. Koshelev CHEMISTRY 03 June 2019 Pages: 47 - 56
Small-Scale Technology for Benzene Synthesis from Coke-Oven Gas S. E. Wagner CHEMISTRY 03 June 2019 Pages: 57 - 62
Development of Coal Chemistry at PAO Koks N. G. KolmakovV. A. ChimarovS. V. Tashkichev CHEMISTRY 03 June 2019 Pages: 63 - 65
Valuable Products from Coal Tar I. S. VetoshkinaV. S. SolodovA. V. Nevedrov CHEMISTRY 03 June 2019 Pages: 66 - 68
Optimizing the Removal of Ammonia from Coke-Oven Gas by the Circulatory Phosphate Method N. G. KolmakovV. V. ProtopopovA. V. Korobkov CHEMISTRY 03 June 2019 Pages: 69 - 71
Optimizing the Consumption of Materials and Energy in the Benzene Scrubber N. G. KolmakovV. A. ChimarovA. V. Kanunnikov CHEMISTRY 03 June 2019 Pages: 72 - 73
Characteristics of Supercapacitors Based on Carbon Derived from Auto Tires and Coke Dust A. V. PapinA. Yu. IgnatovaS. P. Subbotin RECYCLING PRODUCTION WASTES 03 June 2019 Pages: 74 - 76
Environmental Impact and Best Available Technologies at PAO Koks S. V. KozyrevaR. S. Zolkin INDUSTRIAL SAFETY 03 June 2019 Pages: 77 - 81