Matches in SemOpenAlex for { <https://semopenalex.org/work/W1964082372> ?p ?o ?g. }
- W1964082372 endingPage "616" @default.
- W1964082372 startingPage "590" @default.
- W1964082372 abstract "When a porous material is inserted into a uniform magnetic field, spatially varying fields typically arise inside the pore space due to susceptibility contrast between the solid matrix and the surrounding fluid. As a result, direct measurement of the field variation may provide a unique opportunity to characterize the pore geometry. The sensitivity of nuclear magnetic resonance (NMR) to inhomogeneous field variations through their dephasing effects on diffusing spins is unique and powerful. Recent theoretical and experimental research sheds new light on how to utilize susceptibility-induced internal field gradients to quantitatively probe the microstructure of porous materials. This article reviews ongoing developments based on the stimulated echo-pulse sequence to extend the characterization of porous media using both spatially resolved and unresolved susceptibility-induced internal gradients that operate on a diffusing-spin ensemble." @default.
- W1964082372 created "2016-06-24" @default.
- W1964082372 creator A5001423183 @default.
- W1964082372 creator A5006363633 @default.
- W1964082372 creator A5006642831 @default.
- W1964082372 date "2012-04-12" @default.
- W1964082372 modified "2023-10-16" @default.
- W1964082372 title "Magnetic Resonance Characterization of Porous Media Using Diffusion through Internal Magnetic Fields" @default.
- W1964082372 cites W1516711056 @default.
- W1964082372 cites W1551506184 @default.
- W1964082372 cites W1967408712 @default.
- W1964082372 cites W1975646610 @default.
- W1964082372 cites W1975821454 @default.
- W1964082372 cites W1984055074 @default.
- W1964082372 cites W1987196272 @default.
- W1964082372 cites W1987551991 @default.
- W1964082372 cites W1992930234 @default.
- W1964082372 cites W2009106675 @default.
- W1964082372 cites W2010930795 @default.
- W1964082372 cites W2011957283 @default.
- W1964082372 cites W2012761990 @default.
- W1964082372 cites W2012852236 @default.
- W1964082372 cites W2013942824 @default.
- W1964082372 cites W2014935556 @default.
- W1964082372 cites W2016337569 @default.
- W1964082372 cites W2020834321 @default.
- W1964082372 cites W2022530159 @default.
- W1964082372 cites W2023992196 @default.
- W1964082372 cites W2031120011 @default.
- W1964082372 cites W2032263073 @default.
- W1964082372 cites W2036458316 @default.
- W1964082372 cites W2037134906 @default.
- W1964082372 cites W2050480486 @default.
- W1964082372 cites W2051672940 @default.
- W1964082372 cites W2051858265 @default.
- W1964082372 cites W2058542493 @default.
- W1964082372 cites W2062474239 @default.
- W1964082372 cites W2063972198 @default.
- W1964082372 cites W2064533924 @default.
- W1964082372 cites W2070914367 @default.
- W1964082372 cites W2073813042 @default.
- W1964082372 cites W2074210361 @default.
- W1964082372 cites W2075197001 @default.
- W1964082372 cites W2078607414 @default.
- W1964082372 cites W2080170577 @default.
- W1964082372 cites W2083092827 @default.
- W1964082372 cites W2084761689 @default.
- W1964082372 cites W2085517911 @default.
- W1964082372 cites W2085896759 @default.
- W1964082372 cites W2089431810 @default.
- W1964082372 cites W2094858175 @default.
- W1964082372 cites W2098326530 @default.
- W1964082372 cites W2099096191 @default.
- W1964082372 cites W2102113813 @default.
- W1964082372 cites W2103923313 @default.
- W1964082372 cites W2117280670 @default.
- W1964082372 cites W2121009680 @default.
- W1964082372 cites W2124048246 @default.
- W1964082372 cites W2124972605 @default.
- W1964082372 cites W2133264665 @default.
- W1964082372 cites W2139056805 @default.
- W1964082372 cites W2141851994 @default.
- W1964082372 cites W2145132952 @default.
- W1964082372 cites W2158024705 @default.
- W1964082372 cites W2161630584 @default.
- W1964082372 cites W2164467613 @default.
- W1964082372 cites W2783880626 @default.
- W1964082372 cites W4254297188 @default.
- W1964082372 doi "https://doi.org/10.3390/ma5040590" @default.
- W1964082372 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5448962" @default.
- W1964082372 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28816998" @default.
- W1964082372 hasPublicationYear "2012" @default.
- W1964082372 type Work @default.
- W1964082372 sameAs 1964082372 @default.
- W1964082372 citedByCount "16" @default.
- W1964082372 countsByYear W19640823722012 @default.
- W1964082372 countsByYear W19640823722014 @default.
- W1964082372 countsByYear W19640823722015 @default.
- W1964082372 countsByYear W19640823722016 @default.
- W1964082372 countsByYear W19640823722019 @default.
- W1964082372 countsByYear W19640823722020 @default.
- W1964082372 countsByYear W19640823722021 @default.
- W1964082372 countsByYear W19640823722022 @default.
- W1964082372 countsByYear W19640823722023 @default.
- W1964082372 crossrefType "journal-article" @default.
- W1964082372 hasAuthorship W1964082372A5001423183 @default.
- W1964082372 hasAuthorship W1964082372A5006363633 @default.
- W1964082372 hasAuthorship W1964082372A5006642831 @default.
- W1964082372 hasBestOaLocation W19640823721 @default.
- W1964082372 hasConcept C105569014 @default.
- W1964082372 hasConcept C115260700 @default.
- W1964082372 hasConcept C121332964 @default.
- W1964082372 hasConcept C126838900 @default.
- W1964082372 hasConcept C143409427 @default.
- W1964082372 hasConcept C159467904 @default.
- W1964082372 hasConcept C159985019 @default.
- W1964082372 hasConcept C16889073 @default.
- W1964082372 hasConcept C171250308 @default.