SU, X., DING, R., ZHAO, W., YAN, D., LI, R., Wang, Y., . . . FU, H. Study on in-situ microbial methanogenesis of CO2 and in-situ inhibition of H2S and increase of coalbed methane production in low-quality coalbed methane of the Southern Junggar Basin. Editorial Office of Journal of China Coal Society.
Chicago Style (17th ed.) CitationSU, Xianbo, et al. Study on In-situ Microbial Methanogenesis of CO2 and In-situ Inhibition of H2S and Increase of Coalbed Methane Production in Low-quality Coalbed Methane of the Southern Junggar Basin. Editorial Office of Journal of China Coal Society.
MLA (9th ed.) CitationSU, Xianbo, et al. Study on In-situ Microbial Methanogenesis of CO2 and In-situ Inhibition of H2S and Increase of Coalbed Methane Production in Low-quality Coalbed Methane of the Southern Junggar Basin. Editorial Office of Journal of China Coal Society.