Matches in SemOpenAlex for { <https://semopenalex.org/work/W3047349830> ?p ?o ?g. }
- W3047349830 endingPage "4026" @default.
- W3047349830 startingPage "4026" @default.
- W3047349830 abstract "Pool boiling is an effective heat transfer process in a wide range of applications related to energy conversion, including power generation, solar collectors, cooling systems, refrigeration and air conditioning. By considering the broad range of applications, any improvement in higher heat-removal yield can ameliorate the ultimate heat usage and delay or even avoid the occurrence of system failures, thus leading to remarkable economic, environmental and energy efficiency outcomes. A century of research on ameliorating critical heat flux (CHF) has focused on altering the boiling surface characteristics, such as its nucleation site density, wettability, wickability and heat transfer area, by many innovative techniques. Due to the remarkable interest of using nanoparticle deposition on boiling surfaces, this review is targeted towards investigating whether or not metal oxide nanoparticles can modify surface characteristics to enhance the CHF. The influence of nanoparticle material, thermo-physical properties, concentration, shape, and size are categorized, and the inconsistency or contradictions of the existing research results are recognized. In the following, nanoparticle deposition methods are presented to provide a worthwhile alternative to deposition rather than nanofluid boiling. Furthermore, possible mechanisms and models are identified to explain the amelioration results. Finally, the present status of nanoparticle deposition for CHF amelioration, along with their future challenges, amelioration potentials, limitations, and their possible industrial implementation, is discussed." @default.
- W3047349830 created "2020-08-10" @default.
- W3047349830 creator A5003021263 @default.
- W3047349830 creator A5054382587 @default.
- W3047349830 creator A5063972092 @default.
- W3047349830 creator A5084772879 @default.
- W3047349830 creator A5085904791 @default.
- W3047349830 date "2020-08-04" @default.
- W3047349830 modified "2023-09-27" @default.
- W3047349830 title "Recent Advances in the Critical Heat Flux Amelioration of Pool Boiling Surfaces Using Metal Oxide Nanoparticle Deposition" @default.
- W3047349830 cites W1408767367 @default.
- W3047349830 cites W1549115684 @default.
- W3047349830 cites W1795761821 @default.
- W3047349830 cites W1963671340 @default.
- W3047349830 cites W1964233017 @default.
- W3047349830 cites W1964806093 @default.
- W3047349830 cites W1967927166 @default.
- W3047349830 cites W1968141989 @default.
- W3047349830 cites W1968335009 @default.
- W3047349830 cites W1969368307 @default.
- W3047349830 cites W1970855436 @default.
- W3047349830 cites W1970988621 @default.
- W3047349830 cites W1972325864 @default.
- W3047349830 cites W1973445566 @default.
- W3047349830 cites W1973642542 @default.
- W3047349830 cites W1973655848 @default.
- W3047349830 cites W1975392319 @default.
- W3047349830 cites W1975470593 @default.
- W3047349830 cites W1975490089 @default.
- W3047349830 cites W1977412697 @default.
- W3047349830 cites W1978265600 @default.
- W3047349830 cites W1978478692 @default.
- W3047349830 cites W1979182722 @default.
- W3047349830 cites W1980086058 @default.
- W3047349830 cites W1980094141 @default.
- W3047349830 cites W1982029561 @default.
- W3047349830 cites W1983273079 @default.
- W3047349830 cites W1986002052 @default.
- W3047349830 cites W1987713252 @default.
- W3047349830 cites W1987718111 @default.
- W3047349830 cites W1990719576 @default.
- W3047349830 cites W1992258751 @default.
- W3047349830 cites W1992311593 @default.
- W3047349830 cites W1993608774 @default.
- W3047349830 cites W1994342977 @default.
- W3047349830 cites W1995101369 @default.
- W3047349830 cites W1997338729 @default.
- W3047349830 cites W1998970168 @default.
- W3047349830 cites W1999403365 @default.
- W3047349830 cites W1999755678 @default.
- W3047349830 cites W2001267957 @default.
- W3047349830 cites W2002115890 @default.
- W3047349830 cites W2004688277 @default.
- W3047349830 cites W2005408440 @default.
- W3047349830 cites W2007232126 @default.
- W3047349830 cites W2007476652 @default.
- W3047349830 cites W2008242748 @default.
- W3047349830 cites W2009230749 @default.
- W3047349830 cites W2009271758 @default.
- W3047349830 cites W2009961269 @default.
- W3047349830 cites W2010071652 @default.
- W3047349830 cites W2010364254 @default.
- W3047349830 cites W2011121302 @default.
- W3047349830 cites W2011339767 @default.
- W3047349830 cites W2012618081 @default.
- W3047349830 cites W2015555843 @default.
- W3047349830 cites W2015898581 @default.
- W3047349830 cites W2016017169 @default.
- W3047349830 cites W2016213857 @default.
- W3047349830 cites W2016616081 @default.
- W3047349830 cites W2018865338 @default.
- W3047349830 cites W2019276041 @default.
- W3047349830 cites W2020476627 @default.
- W3047349830 cites W2021168424 @default.
- W3047349830 cites W2021376564 @default.
- W3047349830 cites W2022616977 @default.
- W3047349830 cites W2024446309 @default.
- W3047349830 cites W2025365857 @default.
- W3047349830 cites W2027581942 @default.
- W3047349830 cites W2027772802 @default.
- W3047349830 cites W2027933112 @default.
- W3047349830 cites W2030224704 @default.
- W3047349830 cites W2030511402 @default.
- W3047349830 cites W2031239880 @default.
- W3047349830 cites W2031580717 @default.
- W3047349830 cites W2032347705 @default.
- W3047349830 cites W2032836013 @default.
- W3047349830 cites W2032944855 @default.
- W3047349830 cites W2032979345 @default.
- W3047349830 cites W2033994622 @default.
- W3047349830 cites W2034060357 @default.
- W3047349830 cites W2034657276 @default.
- W3047349830 cites W2037252230 @default.
- W3047349830 cites W2037403053 @default.
- W3047349830 cites W2038037957 @default.
- W3047349830 cites W2038133462 @default.
- W3047349830 cites W2038493126 @default.
- W3047349830 cites W2038704626 @default.