Cam, D. Et Al. 2024. Use of lyophilized and acclimated digestate dominated by Methanobrevibacter as a start-up inoculum in anaerobic digester led to higher methane production in biochemical methane potential assays. Waste Management Bulletin , vol.2, no.3 , 36-42.

Cam, D., Sayin, S., Sarman, O. Z., Iren, E., & Icgen, B., (2024). Use of lyophilized and acclimated digestate dominated by Methanobrevibacter as a start-up inoculum in anaerobic digester led to higher methane production in biochemical methane potential assays. Waste Management Bulletin , vol.2, no.3, 36-42.

Cam, Deniz Et Al. "Use of lyophilized and acclimated digestate dominated by Methanobrevibacter as a start-up inoculum in anaerobic digester led to higher methane production in biochemical methane potential assays," Waste Management Bulletin , vol.2, no.3, 36-42, 2024

Cam, Deniz Et Al. "Use of lyophilized and acclimated digestate dominated by Methanobrevibacter as a start-up inoculum in anaerobic digester led to higher methane production in biochemical methane potential assays." Waste Management Bulletin , vol.2, no.3, pp.36-42, 2024

Cam, D. Et Al. (2024) . "Use of lyophilized and acclimated digestate dominated by Methanobrevibacter as a start-up inoculum in anaerobic digester led to higher methane production in biochemical methane potential assays." Waste Management Bulletin , vol.2, no.3, pp.36-42.

@article{article, author={Deniz Cam Et Al. }, title={Use of lyophilized and acclimated digestate dominated by Methanobrevibacter as a start-up inoculum in anaerobic digester led to higher methane production in biochemical methane potential assays}, journal={Waste Management Bulletin}, year=2024, pages={36-42} }