热变煤特殊性质与其开发利用建议研究
王绍清， 张小梅， 李雪崎， 陈昊 - 煤炭科学技术, 2021 - mtkxjs.com.cn
煤在较长一段时间内仍会占据我国能源消费结构的主体地位. 随着煤炭的深部开发和开采,
势必会遇到更多的侵入体及受其影响的热变煤, 但相比于经历深成变质作用形成的煤 …
势必会遇到更多的侵入体及受其影响的热变煤, 但相比于经历深成变质作用形成的煤 …
Methane sorption behaviour of coals altered by igneous intrusion, South Sumatra Basin
A detailed understanding on how igneous intrusions alter coal properties is important for
predicting coalbed methane generation and storage behavior. Twelve coal samples were …
predicting coalbed methane generation and storage behavior. Twelve coal samples were …
Study on specific properties of thermally altered coal and its utilization suggestions
S WANG, X ZHANG, X LI, H CHEN - Coal Science and Technology, 2021 - mtkxjs.com.cn
Coal will still occupy the dominant position in energy consumption structure of China for a
long time. The deep development and mining of coal will inevitably encounter more igneous …
long time. The deep development and mining of coal will inevitably encounter more igneous …
Organic geochemistry, petrology and sorption capacity of cenozoic coal from China, Colombia and Indonesia
Kohlen aus dem Känozoikum stellen einen großen Anteil der weltweiten Kohlereserven.
Daten zu organischer Petrologie und organischer Geochemie und Sorptionskapazität von …
Daten zu organischer Petrologie und organischer Geochemie und Sorptionskapazität von …
[PDF][PDF] NMR Study on Microscopic Pore Characteristics of Coals of Different Coal Ranks
J Liu, J Gao, M Yang - avestia.com
The microscopic pore structure of coal directly affects the adsorption and permeability of
coal, while the coals of different coal ranks have significantly different microscopic pore …
coal, while the coals of different coal ranks have significantly different microscopic pore …