Contents

Coke and Chemistry

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Vol. 68, No. 8, 2025

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COAL

Automated Identification of Coal’s Maceral Groups from Microphotographs Using Computer Vision and Convolutional Neural Networks

M. V. Shishanov, N. N. Dobryakova, M. S. Luchkin, A. S. Evtiugin, I. S. Mezrin, and A. Yu. Bozhko p. 705  abstract

Influence of Volatiles from Tuva Coal on Its Temperature Characteristics in Combustion: Thermogravimetric and IR Spectroscopic Analysis

G. R. Mongush, Yu. F. Patrakov, and A. V. Zhuikov p. 713  abstract

NMR Spectroscopic Analysis of Gas Coal

N. I. Fedorova and S. Yu. Lyrshchikov p. 721  abstract

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COKE

Improving Coke Production at Severstal

E. V. Karunova, O. A. Kalko, and V. L. Vikulov p. 727  abstract

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CHEMISTRY

Selecting a Technology for Naphthalene Removal from Coke Oven Gas: Absorption Stage

V. I. Ekgauz, A. V. Sablin, K. V. Pokryshkin, and E. O. Savina p. 732  abstract

Dynamics of Phenol Absorption by Activated Carbon

A. V. Suslikov, B. S. Zhirnov, F. R. Murtazin, F. R. Oparina, P. V. Kugatov, D. A. Burchak, and L. A. Ishkinina p. 742  abstract

Creation of Electrode Materials for Supercapacitors by Thermal Decomposition of Transition Metal Nitrates in a Porous Carbon Matrix

T. A. Larichev, N. M. Fedorova, V. M. Pugachev, N. S. Zakharov, G. Yu. Simenyuk, R. P. Kolmykov, I. Yu. Zykov, R. S. Parshkov, and T. S. Nechaeva p. 749  abstract

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