Sampling points and mountain elevation.

<div><p>In order to reveal the change rule of coal pore structure under the peak cluster landform, coal samples were taken from nine different mountain heights based on the vertical variability of the landform, and the pore structure of the coal samples was tested using a combination of...

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Bibliographic Details
Main Author:	Jin Wang (29560) (author)
Other Authors:	Lulin Zheng (22139088) (author), Hong Lan (61112) (author), Wenjibin Sun (22139091) (author), Zhonglin Chen (2363386) (author), Bo Li (112195) (author), Yujun Zuo (21275807) (author), Yiping Zhang (107722) (author), Yi Sun (118759) (author), Fangbo Wen (22139094) (author)
Published:	2025
Subjects:	Biochemistry Cell Biology Ecology Inorganic Chemistry Computational Biology Environmental Sciences not elsewhere classified Astronomical and Space Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified specific surface area vertical principal stresses vertical principal stress traditional coal reservoir peaked cluster landform corresponding adsorption pore coal pore closure peaks also diminishes gas accumulation capacity peak cluster landform pore surface roughness coal pore structure gas adsorption capacity div >< p >< sub xmlns adsorption pore volume gas adsorption pore structure vertical variability pore volume pore surfaces pore content gas storage also affects coal samples peaks progress peaks decreases peak state peak level adsorption pores tested using minimum values microcrack formation fractal dimension enrichment laws deformation law control measures 53 times 05 times
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Sampling points and mountain elevation.

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