FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3036280372> ?p ?o ?g. }

• W3036280372 endingPage "19" @default.
• W3036280372 startingPage "1" @default.
• W3036280372 abstract "Water (H2O) within coal seams is capable of competing the occurrence space with methane (CH4), thereby, weakening its adsorption, diffusion, and flow in coal reservoirs. H2O coexisted in coals will reduce CH4 adsorption capacity and diffusion coefficient by up to 62.37% and 80%, respectively. Based on existing literature and data, this paper mainly reviews the occurrence of H2O within various rank coals and bridges the current research gaps. Results show that H2O content in coals varies between 0.5% and 25%, showing an L-shaped decreasing trend with coal rank. This trend is associated with the variation of oxygen-containing functional groups, pore specific surface area and pore volume, and clay minerals of coals. The modified Brunauer-Emmet-Teller (BET) model is applicable to describe the adsorption equilibrium of H2O on coals with multiple correlation coefficient (R2) above 0.9997. The separation of water vapor adsorption and desorption hysteresis loop on coals into low relative pressure (P/PS) below 0.3 and high relative pressure above 0.3 can effectively distinguish the influence of coal matrix swelling effect, ink-bottle shaped pore effect and capillary condensation on H2O occurrence. Considering that traditional methods cannot well determine H2O in the closed pores, SANS and SAXS are predictive to estimate the occurrence space of H2O within coals. Moreover, the low-temperature plasma ashing can remove the organic matter from coals and maintain mineral structure, which is expected to determine the content distribution and spatial distribution characteristics of H2O in inorganic minerals and organic matters of coals. Finally, the accurate measurement of CH4 adsorption and desorption on moist coals via volumetric method should be focused on. Specifically, the terahertz waves with humidity monitor sensitivity being 62 ppm are recommended to detect H2O content in bulk phase for CH4 adsorption and desorption system. Thus, incorporating terahertz waves into volumetric method is helpful to generate reliable data regarding CH4 adsorption and desorption on moist coals." @default.
• W3036280372 created "2020-06-25" @default.
• W3036280372 creator A5017638875 @default.
• W3036280372 creator A5025181090 @default.
• W3036280372 creator A5051323527 @default.
• W3036280372 creator A5081964995 @default.
• W3036280372 creator A5087404367 @default.
• W3036280372 date "2020-06-21" @default.
• W3036280372 modified "2023-09-26" @default.
• W3036280372 title "Occurrence of water within different rank coals: a review" @default.
• W3036280372 cites W1793465730 @default.
• W3036280372 cites W1974153112 @default.
• W3036280372 cites W1980704616 @default.
• W3036280372 cites W1982090927 @default.
• W3036280372 cites W1983497981 @default.
• W3036280372 cites W1989679479 @default.
• W3036280372 cites W1990475728 @default.
• W3036280372 cites W1991608128 @default.
• W3036280372 cites W1992649340 @default.
• W3036280372 cites W1997670695 @default.
• W3036280372 cites W1998989447 @default.
• W3036280372 cites W2001084989 @default.
• W3036280372 cites W2006262425 @default.
• W3036280372 cites W2007975985 @default.
• W3036280372 cites W2008252942 @default.
• W3036280372 cites W2020319269 @default.
• W3036280372 cites W2024292288 @default.
• W3036280372 cites W2027287436 @default.
• W3036280372 cites W2029759118 @default.
• W3036280372 cites W2036974853 @default.
• W3036280372 cites W2043341905 @default.
• W3036280372 cites W2055429889 @default.
• W3036280372 cites W2056713732 @default.
• W3036280372 cites W2057374802 @default.
• W3036280372 cites W2063644329 @default.
• W3036280372 cites W2064493626 @default.
• W3036280372 cites W2066965928 @default.
• W3036280372 cites W2067171975 @default.
• W3036280372 cites W2069290722 @default.
• W3036280372 cites W2072471289 @default.
• W3036280372 cites W2081698897 @default.
• W3036280372 cites W2085117755 @default.
• W3036280372 cites W2090541248 @default.
• W3036280372 cites W2092941231 @default.
• W3036280372 cites W2094091353 @default.
• W3036280372 cites W2095284230 @default.
• W3036280372 cites W2108797489 @default.
• W3036280372 cites W2144345260 @default.
• W3036280372 cites W2193041727 @default.
• W3036280372 cites W2273023648 @default.
• W3036280372 cites W2285141339 @default.
• W3036280372 cites W2313497787 @default.
• W3036280372 cites W2320128170 @default.
• W3036280372 cites W2331241506 @default.
• W3036280372 cites W2343952220 @default.
• W3036280372 cites W2358947528 @default.
• W3036280372 cites W2423240241 @default.
• W3036280372 cites W2463242132 @default.
• W3036280372 cites W2510967660 @default.
• W3036280372 cites W2512045252 @default.
• W3036280372 cites W2567544120 @default.
• W3036280372 cites W2611460873 @default.
• W3036280372 cites W2732001526 @default.
• W3036280372 cites W2761261017 @default.
• W3036280372 cites W2794279644 @default.
• W3036280372 cites W2794319356 @default.
• W3036280372 cites W2800070748 @default.
• W3036280372 cites W2809019780 @default.
• W3036280372 cites W2885160621 @default.
• W3036280372 cites W2889823810 @default.
• W3036280372 cites W2890608439 @default.
• W3036280372 cites W2898249977 @default.
• W3036280372 cites W2898674135 @default.
• W3036280372 cites W2906377624 @default.
• W3036280372 cites W2910690642 @default.
• W3036280372 cites W2914497428 @default.
• W3036280372 cites W2915293809 @default.
• W3036280372 cites W2938653438 @default.
• W3036280372 cites W2957538270 @default.
• W3036280372 cites W2971594042 @default.
• W3036280372 cites W2991815076 @default.
• W3036280372 cites W3003035369 @default.
• W3036280372 cites W816778677 @default.
• W3036280372 doi "https://doi.org/10.1080/15567036.2020.1781979" @default.
• W3036280372 hasPublicationYear "2020" @default.
• W3036280372 type Work @default.
• W3036280372 sameAs 3036280372 @default.
• W3036280372 citedByCount "9" @default.
• W3036280372 countsByYear W30362803722020 @default.
• W3036280372 countsByYear W30362803722021 @default.
• W3036280372 countsByYear W30362803722022 @default.
• W3036280372 countsByYear W30362803722023 @default.
• W3036280372 crossrefType "journal-article" @default.
• W3036280372 hasAuthorship W3036280372A5017638875 @default.
• W3036280372 hasAuthorship W3036280372A5025181090 @default.
• W3036280372 hasAuthorship W3036280372A5051323527 @default.
• W3036280372 hasAuthorship W3036280372A5081964995 @default.
• W3036280372 hasAuthorship W3036280372A5087404367 @default.

• next