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USA-737904-Computers 公司名录
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公司新闻:
- Processing pathways of organic matter under methanogenic conditions and . . .
Characterization of DOM compositions through fluorescence spectroscopy and ultrahigh-resolution mass spectrometry reveals processing pathways from oxygen-rich, highly aromatic organic compounds to highly unsaturated oxygen-poor and aliphatic compounds
- Universal molecular structures in natural dissolved organic matter
Here we show, by comparing detailed structural fingerprints of individual molecular formulae in DOM from a set of four marine and one freshwater environments, that a major component of DOM is
- Methane Production Linked to Organic Matter Molecule and Methanogenic . . .
Dissolved organic matter (DOM) is important to methane (CH4) production in benthic sediments via mediating DOM structure and methanogenic archaea This study determined CH4 production rates, DOM molecules and methanogenic communities in estuarine benthic sediments spanning the gradient of OM contents
- Molecular insights into organic matter degradation on methanogenesis . . .
Further molecular characterization of DOM compositions with ultrahigh-resolution mass spectroscopy reveals that processing pathways from oxygen-rich, highly aromatic organic compounds to aliphatic and highly unsaturated oxygen-poor compounds
- Unraveling methanogenesis processes and pathways for Quaternary shallow . . .
Anaerobic degradation of primary deposited organic matter produces microbial CH 4, and the degradation process can be divided into four stages: hydrolysis, acidogenesis, acetogenesis, and methanogenesis (Sieber et al , 2012)
- Elucidating the Composition and Transformation of Dissolved Organic . . .
The exchange and transformation of dissolved organic matter (DOM) at the sediment–water interface are crucial factors in regulating watershed biogeochemistry, with the molecular composition of DOM serving as a pivotal determinant in elucidating this process
- Deciphering the molecular composition and sources of dissolved organic . . .
Results showed that DOM in BYH was mainly composed of proteins from microbial and sewage sources with low aromaticity, molecular weight, and abundant saturated labile compounds, along with a significant presence of anthropogenic surfactants
- Methane Production Linked to Organic Matter Molecule and Methanogenic . . .
The importance of dissolved organic matter (DOM) and methanogenic community to methane (CH 4) production in estuarine benthic sediments remains poorly understood Here, we determined CH 4 production rate, DOM molecule, and methanogenic community in benthic sediments of Min River Estuary
- Decomposing the molecular complexity and transformation of dissolved . . .
We developed an analytical framework that reveals the persistence of DOM in the final effluent is mainly determined by its molecular properties, such as carbon chain length, aromaticity,
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