Matches in SemOpenAlex for { <https://semopenalex.org/work/W2238716223> ?p ?o ?g. }
- W2238716223 endingPage "990" @default.
- W2238716223 startingPage "976" @default.
- W2238716223 abstract "Applications of hydriding materials for solid state hydrogen storage, hydrogen compression, thermal energy storage and sorption heating and cooling systems have been demonstrated successfully. However, the performance of these devices significantly depends upon heat and mass transfer characteristics of the reactive packed beds. One of the important parameters regulating heat and mass transfer in the hydriding bed is its effective thermal conductivity (ETC), which is dependent on several operating parameters such as pressure and temperature. ETC also varies significantly due to the variation of hydrogen concentration during the hydriding and dehydriding processes. Based on the extensive studies done by the authors on ETC of metal hydride beds, a review of experimental methods, mathematical studies and augmentation techniques is presented in this paper, with emphasis on the effects of operating parameters on ETC." @default.
- W2238716223 created "2016-06-24" @default.
- W2238716223 creator A5012000336 @default.
- W2238716223 creator A5075072257 @default.
- W2238716223 creator A5079821780 @default.
- W2238716223 date "2016-04-01" @default.
- W2238716223 modified "2023-10-14" @default.
- W2238716223 title "Effective thermal conductivity of reactive packed beds of hydriding materials" @default.
- W2238716223 cites W1553743589 @default.
- W2238716223 cites W191583569 @default.
- W2238716223 cites W1963724708 @default.
- W2238716223 cites W1963809003 @default.
- W2238716223 cites W1964647919 @default.
- W2238716223 cites W1971573693 @default.
- W2238716223 cites W1977236686 @default.
- W2238716223 cites W1978227801 @default.
- W2238716223 cites W1978544138 @default.
- W2238716223 cites W1983708790 @default.
- W2238716223 cites W1985352441 @default.
- W2238716223 cites W1986339452 @default.
- W2238716223 cites W1989556587 @default.
- W2238716223 cites W1990710410 @default.
- W2238716223 cites W1994816065 @default.
- W2238716223 cites W1995226415 @default.
- W2238716223 cites W1996215809 @default.
- W2238716223 cites W2002366260 @default.
- W2238716223 cites W2002992501 @default.
- W2238716223 cites W2004077423 @default.
- W2238716223 cites W2005698581 @default.
- W2238716223 cites W2006788367 @default.
- W2238716223 cites W2007538939 @default.
- W2238716223 cites W2011993948 @default.
- W2238716223 cites W2012496054 @default.
- W2238716223 cites W2016207238 @default.
- W2238716223 cites W2017535702 @default.
- W2238716223 cites W2019490784 @default.
- W2238716223 cites W2022572632 @default.
- W2238716223 cites W2022929681 @default.
- W2238716223 cites W2028411789 @default.
- W2238716223 cites W2032217710 @default.
- W2238716223 cites W2032670799 @default.
- W2238716223 cites W2033151542 @default.
- W2238716223 cites W2033430924 @default.
- W2238716223 cites W2034146539 @default.
- W2238716223 cites W2037098661 @default.
- W2238716223 cites W2038139127 @default.
- W2238716223 cites W2042931836 @default.
- W2238716223 cites W2044855543 @default.
- W2238716223 cites W2046081685 @default.
- W2238716223 cites W2055924466 @default.
- W2238716223 cites W2057007283 @default.
- W2238716223 cites W2057707469 @default.
- W2238716223 cites W2058563728 @default.
- W2238716223 cites W2062219405 @default.
- W2238716223 cites W2062992840 @default.
- W2238716223 cites W2067091000 @default.
- W2238716223 cites W2070774350 @default.
- W2238716223 cites W2072179497 @default.
- W2238716223 cites W2072448645 @default.
- W2238716223 cites W2073648148 @default.
- W2238716223 cites W2075782321 @default.
- W2238716223 cites W2083307321 @default.
- W2238716223 cites W2084943370 @default.
- W2238716223 cites W2084960103 @default.
- W2238716223 cites W2085095145 @default.
- W2238716223 cites W2086566335 @default.
- W2238716223 cites W2090243577 @default.
- W2238716223 cites W2093398698 @default.
- W2238716223 cites W2100794813 @default.
- W2238716223 cites W2125496443 @default.
- W2238716223 cites W2133100755 @default.
- W2238716223 cites W2167699017 @default.
- W2238716223 cites W2217415695 @default.
- W2238716223 cites W2313316543 @default.
- W2238716223 doi "https://doi.org/10.1016/j.applthermaleng.2016.01.013" @default.
- W2238716223 hasPublicationYear "2016" @default.
- W2238716223 type Work @default.
- W2238716223 sameAs 2238716223 @default.
- W2238716223 citedByCount "26" @default.
- W2238716223 countsByYear W22387162232016 @default.
- W2238716223 countsByYear W22387162232017 @default.
- W2238716223 countsByYear W22387162232018 @default.
- W2238716223 countsByYear W22387162232019 @default.
- W2238716223 countsByYear W22387162232020 @default.
- W2238716223 countsByYear W22387162232021 @default.
- W2238716223 countsByYear W22387162232022 @default.
- W2238716223 countsByYear W22387162232023 @default.
- W2238716223 crossrefType "journal-article" @default.
- W2238716223 hasAuthorship W2238716223A5012000336 @default.
- W2238716223 hasAuthorship W2238716223A5075072257 @default.
- W2238716223 hasAuthorship W2238716223A5079821780 @default.
- W2238716223 hasConcept C116915560 @default.
- W2238716223 hasConcept C121332964 @default.
- W2238716223 hasConcept C127413603 @default.
- W2238716223 hasConcept C150394285 @default.
- W2238716223 hasConcept C159985019 @default.
- W2238716223 hasConcept C172331833 @default.
- W2238716223 hasConcept C178790620 @default.