Exploring the thermal evolution of highly- to over-mature source rocks using Raman spectroscopy and geochemical signatures

Fu-hua Shang; Xiao-peng Sun; Shu-wei Ma; Yu-tong Pang; Guan-qun Zhou; Ke Miao

doi:10.31035/cg2025031

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Shang Fu-hua, Sun Xiao-peng, Ma Shu-wei, Pang Yu-tong, Zhou Guan-qun, Miao Ke. 2026. Exploring the thermal evolution of highly- to over-mature source rocks using Raman spectroscopy and geochemical signatures. China Geology, 9(1), 75‒85. doi: 10.31035/cg2025031.

Citation: Shang Fu-hua, Sun Xiao-peng, Ma Shu-wei, Pang Yu-tong, Zhou Guan-qun, Miao Ke. 2026. Exploring the thermal evolution of highly- to over-mature source rocks using Raman spectroscopy and geochemical signatures. China Geology, 9(1), 75‒85. doi: 10.31035/cg2025031.

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Exploring the thermal evolution of highly- to over-mature source rocks using Raman spectroscopy and geochemical signatures

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Exploring the thermal evolution of highly- to over-mature source rocks using Raman spectroscopy and geochemical signatures

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