Part of the core used for testing.

<div><p>Ensuring the sustainability of energy is pivotal for achieving a harmonious balance between environmental conservation and economic growth. The mechanical behavior of deep shale reservoir rocks is intricate, presenting challenges in ascertaining their brittleness characteristics....

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Bibliographic Details
Main Author:	Bo Zeng (428742) (author)
Other Authors:	Guozhou Qiu (20421889) (author), Liqing Chen (73941) (author), Yintong Guo (7827806) (author), Shouyi Wang (4449574) (author), Junchuan Gui (20421892) (author)
Published:	2024
Subjects:	Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified strain curve attributes paper &# 8217 operational frameworks within multiple influencing factors mineral composition profiles overall brittleness assessment brittleness indices derived deep shale reservoirs decreasing shale brittleness xlink "> ensuring energy dissipation patterns deep shale brittleness shale brittleness deep shale brittleness characteristics weighted averaging shallower formations scattered results presenting challenges overarching goal mechanical behavior lu211 well likely due innovative approach informed decision holistic understanding harmonious balance general trend findings indicate evaluation techniques environmental conservation energy sector energy extraction encompassing analyses economically viable economic growth disparity underscores differential impact also accounts
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Part of the core used for testing.

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