Results 231 to 240 of about 469,716 (286)
Analysis of Carbon Metabolism Mechanisms and Reduction Strategies Toward Low-Carbon Steel Manufacturing. [PDF]
Zhang L, Yan S, Yuan Y, Du T.
europepmc +1 more source
Catalytic pyrolysis of polypropylene over acid-modified coal gangue: product distribution and catalyst performance. [PDF]
He Y, Zheng X, Kong D, Yang X, Ma A.
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Regulatory Mechanism of Oxidation Temperature on Secondary Spontaneous Combustion Activity of Coal: Correlation between Functional Group Evolution and Indicator Gas Generation. [PDF]
Niu K, Shi B, Song Y, Wang H, Zhu H.
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Global Combustion CO2 Accounting Neglects the Origin of Traded Fossil Fuels. [PDF]
Liu B +8 more
europepmc +1 more source
Reverse Flotation of Taixi Oxidized Coal
X-ray photoelectron spectroscopy (XPS) was used to indicate the chemical properties of Taixi oxidized coal. The results of XPS analysis showed that Taixi oxidized coal contained many oxygen functional groups. The results of our previous studies (conventional flotation tests using diesel as collector) indicated that Taixi oxidized coal was difficult to ...
Xia, Wencheng, Yang, Jianguo
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Comparison of Traditional and Zero-Conditioning Flotation Performances of Oxidized Anthracite Coal
Oxidized coal is usually difficult to float using common oily collectors in a traditional flotation process. In order to float oxidized coal efficiently, this paper proposed a novel flotation process which was named zero-conditioning flotation process ...
Wencheng Xia
exaly +2 more sources
The Effect of Premixing on the Floatation of Oxidized Amasra Coal
in this study factors affecting the floatation efficiency of oxidized Amasra coal containing high quantities of inorganic materials were examined under laboratory conditions.
Sabriye Pişkin, Mesut Akgun
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Coke and Chemistry, 2017
The oxidation of coal is generally explained by the radical-chain hypothesis. Detection of active centers and free radicals is possible by methods available today, and the formation of methyl, methylene, phenol, carbonyl, and carboxyl groups and their interaction with oxygen and water molecules may be described.
D. V. Miroshnichenko, Yu. S. Kaftan
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The oxidation of coal is generally explained by the radical-chain hypothesis. Detection of active centers and free radicals is possible by methods available today, and the formation of methyl, methylene, phenol, carbonyl, and carboxyl groups and their interaction with oxygen and water molecules may be described.
D. V. Miroshnichenko, Yu. S. Kaftan
openaire +1 more source

