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Denis Miroshnichenko (ORCID: 0000-0002-6335-8742)
Denis Miroshnichenko (ORCID: 0000-0002-6335-8742)
Other namesD.V. Miroshnichenko, Д.В. Мірошниченко, D. Miroshnichenko
National Technical University "Kharkiv Polytechnic Institute" (grid.18192.33/ROR 00yp5c433). Ukraine
Verified email at kpi.kharkov.ua - Homepage
Title
Cited by
Cited by
Year
Polymer modified bitumen
S Pyshyev, V Gunka, Y Grytsenko, M Bratychak
Chemistry & Chemical Technology, 631-636, 2016
1102016
Application of phenol-cresol-formaldehyde resin as an adhesion promoter for bitumen and asphalt concrete
V Gunka, Y Demchuk, I Sidun, D Miroshnichenko, BB Nyakuma, ...
Road Materials and Pavement Design 22 (12), 2906-2918, 2021
442021
Technological Properties of Polymers Obtained from Humic Acids of Ukrainian Lignite.
V Lebedev, D Miroshnichenko, Z Xiaobin, S Pyshyev, S Dmytro
Petroleum & Coal 63 (3), 2021
412021
Crushing properties of coal
DV Miroshnichenko
Coke and chemistry 56 (12), 449-455, 2013
362013
Predicting the yield of coking byproducts on the basis of elementary and petrographic analysis of the coal batch
MB Golovko, ID Drozdnik, DV Miroshnichenko, YS Kaftan
Coke and Chemistry 55 (6), 204-214, 2012
332012
Predicting the yield of coke and its byproducts on the basis of elementary and petrographic analysis
DV Miroshnichenko, MB Golovko
Coke and Chemistry 57 (3), 117-128, 2014
302014
Predicting the coke yield and basic coking byproducts: an analytic review
MB Golovko, DV Miroshnichenko, YS Kaftan
Coke and Chemistry 54 (9), 331-338, 2011
302011
THE USING OF COAL BLENDS WITH AN INCREASED CONTENT OF COALS OF THE MIDDLE STAGE OF METAMORPHISM FOR THE PRODUCTION OF THE BLASTFURNACE COKE. MESSAGE 1. PREPARATION OF COAL BLENDS.
EO Shmeltser, VP Lyalyuk, VP Sokolova, DV Miroshnichenko
Petroleum & Coal 60 (4), 2018
282018
Coking of coal batch with different content of oxidized coal
DV Miroshnichenko, ID Drozdnik, YS Kaftan, NB Bidolenko, NA Desna
Coke and chemistry 55 (5), 155-164, 2012
282012
Use of Humic Acids from Low-Grade Metamorphism Coal for the Modification of Biofilms Based on Polyvinyl Alcohol.
V Lebedev, D Miroshnichenko, Z Xiaobin, S Pyshyev, S Dmytro, ...
Petroleum & Coal 63 (4), 2021
272021
Kinetic characteristics of coal oxidation
DV Miroshnichenko, ID Drozdnik, YS Kaftan, EV Ivanova, KN Sirokotyaga, ...
Coke and chemistry 55 (3), 87-96, 2012
272012
Prediction of coke CSR from ash chemistry of coal blend
D Nag, SK Haldar, PK Choudhary, PK Banerjee
International journal of coal preparation and utilization 29 (5), 243-250, 2009
272009
Oxidized coal in coking: A review
NA Desna, DV Miroshnichenko
Coke and Chemistry 54 (5), 139-146, 2011
262011
Predicting the yield of coke and coking byproducts
VN Rubchevskii, YA Chernyshov, SA Ovchinnikova, AI Kompaniets, ...
Coke and Chemistry 52 (4), 137-142, 2009
262009
Compositions of coals and anthracites as bases for modeling their properties
DV Miroshnichenko, ML Ulanovskii
Koks Khim, 3-7, 2003
262003
Oxidation of bituminous coal. 1. Expansion pressure
DV Miroshnichenko, YS Kaftan, NA Desna, AV Sytnik
Coke and Chemistry 58 (10), 376-381, 2015
242015
Oxidation of coal in industrial conditions. 2. Modification of the plastic and viscous properties on oxidation
DV Miroshnichenko, NA Desna, YS Kaftan
Coke and Chemistry 57 (10), 375-380, 2014
242014
Oxidation of coal in industrial conditions. 1. Kinetics of natural oxidation
DV Miroshnichenko, NA Desna, ML Ulanovskiy
Coke and Chemistry 57 (7), 276-283, 2014
232014
Influence of oxidation on the packing density of coal
DV Miroshnichenko
Coke and chemistry 57 (5), 183-191, 2014
232014
Ignition temperature of coal. 1. Influence of the coal’s composition, structure, and properties
DA Miroshnichenko, YS Kaftan, NA Desna, VN Nazarov, YV Nikolaichuk
Coke and chemistry 59, 277-282, 2016
212016
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