FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3034659999> ?p ?o ?g. }

• W3034659999 endingPage "107608" @default.
• W3034659999 startingPage "107608" @default.
• W3034659999 abstract "Recent investigation into designs of molten salt reactors (MSR) requires accurate data of candidate salts. Review of the literature shows lacking thermophysical (TP) property data for coolants and fuel-bearing salts of Advanced High Temperature Reactors (AHTR). Measurement uncertainties of current data are even more deficient, and this affects ongoing research where MSR modeling and testing are being performed. Melting temperature, viscosity, density, specific heat capacity, and thermal and electrical conductivity measurements are often not arranged together or discussed in great detail, especially for fuel-bearing salts. Raw data from key findings spanning over 70 years for LiF, LiF-BeF2, LiF-NaF-KF, KCl-MgCl2, KF-ZrF4, and NaF-KF-MgF2 have been organized and presented here. Brief description of methods used to obtain these results, in addition to the TP data of some of these salts as fuel carriers, has also been discussed. Thermal conductivity data are particularly weak due to older, high-error measurement techniques. More recent measurement systems to evaluate salt thermal conductivity show promise for obtaining consistent absolute values. This paper concludes that measurement systems such as transient hot-wire method, forced Rayleigh scattering, and laser flash analysis provide the most promise to fill these data gaps and reduce current uncertainty in thermal conductivity measurements of both fueled and un-fueled molten salts." @default.
• W3034659999 created "2020-06-19" @default.
• W3034659999 creator A5000329313 @default.
• W3034659999 creator A5004359258 @default.
• W3034659999 creator A5070441654 @default.
• W3034659999 date "2020-10-01" @default.
• W3034659999 modified "2023-10-14" @default.
• W3034659999 title "Review of thermophysical property methods applied to fueled and un-fueled molten salts" @default.
• W3034659999 cites W136737554 @default.
• W3034659999 cites W140085885 @default.
• W3034659999 cites W1560413251 @default.
• W3034659999 cites W156210169 @default.
• W3034659999 cites W1587117059 @default.
• W3034659999 cites W1593528513 @default.
• W3034659999 cites W1606054802 @default.
• W3034659999 cites W1637853989 @default.
• W3034659999 cites W1791546024 @default.
• W3034659999 cites W1963875706 @default.
• W3034659999 cites W1963887990 @default.
• W3034659999 cites W1966701285 @default.
• W3034659999 cites W1969711447 @default.
• W3034659999 cites W1969935211 @default.
• W3034659999 cites W1971041792 @default.
• W3034659999 cites W1975774542 @default.
• W3034659999 cites W1982372504 @default.
• W3034659999 cites W1983556399 @default.
• W3034659999 cites W1985817584 @default.
• W3034659999 cites W1988840065 @default.
• W3034659999 cites W1989819367 @default.
• W3034659999 cites W1990503635 @default.
• W3034659999 cites W1996773728 @default.
• W3034659999 cites W2007627898 @default.
• W3034659999 cites W2019761507 @default.
• W3034659999 cites W2025678356 @default.
• W3034659999 cites W2026215028 @default.
• W3034659999 cites W2029061845 @default.
• W3034659999 cites W2030110229 @default.
• W3034659999 cites W2033570386 @default.
• W3034659999 cites W2036508346 @default.
• W3034659999 cites W2039841213 @default.
• W3034659999 cites W2044093733 @default.
• W3034659999 cites W2044493499 @default.
• W3034659999 cites W2049761252 @default.
• W3034659999 cites W2054315715 @default.
• W3034659999 cites W2064789459 @default.
• W3034659999 cites W2074123375 @default.
• W3034659999 cites W2077469756 @default.
• W3034659999 cites W2078582301 @default.
• W3034659999 cites W2078723284 @default.
• W3034659999 cites W2082837132 @default.
• W3034659999 cites W2083413107 @default.
• W3034659999 cites W2086433706 @default.
• W3034659999 cites W2094794037 @default.
• W3034659999 cites W2152649000 @default.
• W3034659999 cites W2158969993 @default.
• W3034659999 cites W2202874102 @default.
• W3034659999 cites W2208919480 @default.
• W3034659999 cites W2246645328 @default.
• W3034659999 cites W2247706624 @default.
• W3034659999 cites W2275084174 @default.
• W3034659999 cites W2281632377 @default.
• W3034659999 cites W2314393101 @default.
• W3034659999 cites W2320335783 @default.
• W3034659999 cites W2332027324 @default.
• W3034659999 cites W2569074086 @default.
• W3034659999 cites W2595880198 @default.
• W3034659999 cites W2607386270 @default.
• W3034659999 cites W2733780966 @default.
• W3034659999 cites W2735195066 @default.
• W3034659999 cites W2735217512 @default.
• W3034659999 cites W27610785 @default.
• W3034659999 cites W2941407179 @default.
• W3034659999 cites W2952182064 @default.
• W3034659999 cites W2971013248 @default.
• W3034659999 cites W2984455409 @default.
• W3034659999 cites W3023092464 @default.
• W3034659999 cites W3188561705 @default.
• W3034659999 cites W4205418064 @default.
• W3034659999 cites W4232008970 @default.
• W3034659999 cites W4235789240 @default.
• W3034659999 cites W4237322230 @default.
• W3034659999 cites W4243074949 @default.
• W3034659999 cites W4297836545 @default.
• W3034659999 cites W59262394 @default.
• W3034659999 cites W66727931 @default.
• W3034659999 cites W7546064 @default.
• W3034659999 cites W79098818 @default.
• W3034659999 cites W949024242 @default.
• W3034659999 doi "https://doi.org/10.1016/j.anucene.2020.107608" @default.
• W3034659999 hasPublicationYear "2020" @default.
• W3034659999 type Work @default.
• W3034659999 sameAs 3034659999 @default.
• W3034659999 citedByCount "34" @default.
• W3034659999 countsByYear W30346599992021 @default.
• W3034659999 countsByYear W30346599992022 @default.
• W3034659999 countsByYear W30346599992023 @default.
• W3034659999 crossrefType "journal-article" @default.
• W3034659999 hasAuthorship W3034659999A5000329313 @default.

• next