Matches in SemOpenAlex for { <https://semopenalex.org/work/W4304127719> ?p ?o ?g. }
- W4304127719 endingPage "540" @default.
- W4304127719 startingPage "540" @default.
- W4304127719 abstract "Following an earlier study, we reexamined the latent heat of fusion during freezing at 5 K/min of twelve different pre-nucleated solute-laden aqueous solutions using a Differential Scanning Calorimeter (DSC) and correlated it with the amount of initially dissolved solids or solutes in the solution. In general, a decrease in DSC-measured heat release (in comparison to that of pure water, 335 mJ/mg) was observed with an increasing fraction of dissolved solids or solutes, as observed in the earlier study. In addition, the kinetics of ice crystallization was also obtained in three representative biological media by performing additional experiments at 1, 5 and 20 K/min. A model of ice crystallization based on the phase diagram of a water-NaCl binary solution and a modified Avrami-like model of kinetics was then developed and fit to the experimental data. Concurrently, a heat and mass transfer model of the freezing of a salt solution in a small container is also presented to account for the effect of the cooling rate as well as the solute concentration on the measured latent of freezing. This diffusion-based model of heat and mass transfer was non-dimensionalized, solved using a numerical scheme and compared with experimental results. The simulation results show that the heat and mass transfer model can predict (± 10%) the experimental results." @default.
- W4304127719 created "2022-10-11" @default.
- W4304127719 creator A5019333768 @default.
- W4304127719 creator A5035571955 @default.
- W4304127719 creator A5054704313 @default.
- W4304127719 creator A5061421445 @default.
- W4304127719 date "2022-10-10" @default.
- W4304127719 modified "2023-09-26" @default.
- W4304127719 title "Freezing of Solute-Laden Aqueous Solutions: Kinetics of Crystallization and Heat- and Mass-Transfer-Limited Model" @default.
- W4304127719 cites W1577512300 @default.
- W4304127719 cites W178681067 @default.
- W4304127719 cites W1963723149 @default.
- W4304127719 cites W1967073923 @default.
- W4304127719 cites W1967465943 @default.
- W4304127719 cites W1971209408 @default.
- W4304127719 cites W1973316236 @default.
- W4304127719 cites W1974267661 @default.
- W4304127719 cites W1978104856 @default.
- W4304127719 cites W1978269358 @default.
- W4304127719 cites W1983055342 @default.
- W4304127719 cites W1984710010 @default.
- W4304127719 cites W1985628296 @default.
- W4304127719 cites W1988896154 @default.
- W4304127719 cites W1995381982 @default.
- W4304127719 cites W1997462632 @default.
- W4304127719 cites W1999115736 @default.
- W4304127719 cites W2000691316 @default.
- W4304127719 cites W2004716552 @default.
- W4304127719 cites W2005832087 @default.
- W4304127719 cites W2011961210 @default.
- W4304127719 cites W2012227106 @default.
- W4304127719 cites W2012379305 @default.
- W4304127719 cites W2012689102 @default.
- W4304127719 cites W2019654849 @default.
- W4304127719 cites W2022905124 @default.
- W4304127719 cites W2023161276 @default.
- W4304127719 cites W2024057473 @default.
- W4304127719 cites W2024908520 @default.
- W4304127719 cites W2027390388 @default.
- W4304127719 cites W2033095118 @default.
- W4304127719 cites W2033437232 @default.
- W4304127719 cites W2034490060 @default.
- W4304127719 cites W2035196646 @default.
- W4304127719 cites W2035840936 @default.
- W4304127719 cites W2035891074 @default.
- W4304127719 cites W2046711532 @default.
- W4304127719 cites W2047424200 @default.
- W4304127719 cites W2047597538 @default.
- W4304127719 cites W2047712090 @default.
- W4304127719 cites W2048745583 @default.
- W4304127719 cites W2049934856 @default.
- W4304127719 cites W2050869571 @default.
- W4304127719 cites W2056320034 @default.
- W4304127719 cites W2056862849 @default.
- W4304127719 cites W2057750357 @default.
- W4304127719 cites W2066085482 @default.
- W4304127719 cites W2070018815 @default.
- W4304127719 cites W2071913238 @default.
- W4304127719 cites W2074760962 @default.
- W4304127719 cites W2077055926 @default.
- W4304127719 cites W2077746008 @default.
- W4304127719 cites W2080329669 @default.
- W4304127719 cites W2080679646 @default.
- W4304127719 cites W2085580207 @default.
- W4304127719 cites W2086420286 @default.
- W4304127719 cites W2089086212 @default.
- W4304127719 cites W2090732497 @default.
- W4304127719 cites W2091745890 @default.
- W4304127719 cites W2095617885 @default.
- W4304127719 cites W2100385425 @default.
- W4304127719 cites W2109764554 @default.
- W4304127719 cites W2110232055 @default.
- W4304127719 cites W2111581165 @default.
- W4304127719 cites W2113060660 @default.
- W4304127719 cites W2126415418 @default.
- W4304127719 cites W2139398434 @default.
- W4304127719 cites W2143547591 @default.
- W4304127719 cites W2148821629 @default.
- W4304127719 cites W2154968753 @default.
- W4304127719 cites W2160650528 @default.
- W4304127719 cites W2167142831 @default.
- W4304127719 cites W2171866935 @default.
- W4304127719 cites W2189751284 @default.
- W4304127719 cites W2920950879 @default.
- W4304127719 cites W4220809508 @default.
- W4304127719 cites W4236089211 @default.
- W4304127719 cites W4283734660 @default.
- W4304127719 doi "https://doi.org/10.3390/bioengineering9100540" @default.
- W4304127719 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36290508" @default.
- W4304127719 hasPublicationYear "2022" @default.
- W4304127719 type Work @default.
- W4304127719 citedByCount "0" @default.
- W4304127719 crossrefType "journal-article" @default.
- W4304127719 hasAuthorship W4304127719A5019333768 @default.
- W4304127719 hasAuthorship W4304127719A5035571955 @default.
- W4304127719 hasAuthorship W4304127719A5054704313 @default.
- W4304127719 hasAuthorship W4304127719A5061421445 @default.
- W4304127719 hasBestOaLocation W43041277191 @default.