Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376877327> ?p ?o ?g. }
- W4376877327 endingPage "508" @default.
- W4376877327 startingPage "476" @default.
- W4376877327 abstract "Benefitting from valuable molecular-level information on chemical shifts and J coupling multiplet patterns, NMR spectroscopy constitutes a powerful analytical tool for studying organic chemistry, protein and nucleic acid structures, dynamic effects, etc. Ultrafast NMR methods based on spatial encoding and decoding techniques enable recording of 2D NMR spectra within a single scan, thus resolving the limitation of lengthy acquisition in conventional 2D NMR experiments. Besides acquisition efficiency, magnetic field inhomogeneity poses another challenge in practical NMR applications, particularly in ultrafast 2D NMR experiments, and this challenge is difficult to resolve by conventional field shimming techniques. Accordingly, in this chapter, we focus on the review of fast 2D NMR methods that can be applied under inhomogeneous magnetic field conditions. Three main types of spatially-encoded fast 2D NMR methods suitable for high-resolution measurements in inhomogeneous magnetic fields, namely, spatially-encoded 2D NMR spectroscopy by tracking chemical shift differences, spatially-encoded 2D NMR spectroscopy combined with intermolecular multiple-quantum coherences, and spatially-encoded 2D NMR spectroscopy based on partial voxel homogeneity, are described." @default.
- W4376877327 created "2023-05-18" @default.
- W4376877327 creator A5013029285 @default.
- W4376877327 creator A5028441327 @default.
- W4376877327 date "2023-05-17" @default.
- W4376877327 modified "2023-09-29" @default.
- W4376877327 title "Fast 2D NMR in Inhomogeneous Magnetic Fields" @default.
- W4376877327 cites W1842547223 @default.
- W4376877327 cites W1964822486 @default.
- W4376877327 cites W1970778945 @default.
- W4376877327 cites W1972584673 @default.
- W4376877327 cites W1973933282 @default.
- W4376877327 cites W1977665345 @default.
- W4376877327 cites W1984462001 @default.
- W4376877327 cites W1985829181 @default.
- W4376877327 cites W1990741165 @default.
- W4376877327 cites W1991579792 @default.
- W4376877327 cites W1995290200 @default.
- W4376877327 cites W1995802700 @default.
- W4376877327 cites W1998620162 @default.
- W4376877327 cites W2002255764 @default.
- W4376877327 cites W2004390325 @default.
- W4376877327 cites W2004776804 @default.
- W4376877327 cites W2006636196 @default.
- W4376877327 cites W2017481768 @default.
- W4376877327 cites W2019342558 @default.
- W4376877327 cites W2020192465 @default.
- W4376877327 cites W2022324954 @default.
- W4376877327 cites W2022936598 @default.
- W4376877327 cites W2025834504 @default.
- W4376877327 cites W2029951402 @default.
- W4376877327 cites W2029982761 @default.
- W4376877327 cites W2031699494 @default.
- W4376877327 cites W2032545721 @default.
- W4376877327 cites W2032919882 @default.
- W4376877327 cites W2033093243 @default.
- W4376877327 cites W2034996484 @default.
- W4376877327 cites W2036515941 @default.
- W4376877327 cites W2048400593 @default.
- W4376877327 cites W2048423056 @default.
- W4376877327 cites W2052850160 @default.
- W4376877327 cites W2057001197 @default.
- W4376877327 cites W2062055025 @default.
- W4376877327 cites W2062386611 @default.
- W4376877327 cites W2063491189 @default.
- W4376877327 cites W2063720795 @default.
- W4376877327 cites W2066640129 @default.
- W4376877327 cites W2076691920 @default.
- W4376877327 cites W2079844110 @default.
- W4376877327 cites W2088458518 @default.
- W4376877327 cites W2090944535 @default.
- W4376877327 cites W2094116468 @default.
- W4376877327 cites W2100757922 @default.
- W4376877327 cites W2107489515 @default.
- W4376877327 cites W2125875368 @default.
- W4376877327 cites W2139900274 @default.
- W4376877327 cites W2145745405 @default.
- W4376877327 cites W2164407416 @default.
- W4376877327 cites W2171008063 @default.
- W4376877327 cites W2278542509 @default.
- W4376877327 cites W2322401389 @default.
- W4376877327 cites W2331411669 @default.
- W4376877327 cites W2340516949 @default.
- W4376877327 cites W2444122258 @default.
- W4376877327 cites W2621722307 @default.
- W4376877327 cites W2886467830 @default.
- W4376877327 cites W2950656245 @default.
- W4376877327 cites W2952365845 @default.
- W4376877327 cites W2952775960 @default.
- W4376877327 cites W2952892698 @default.
- W4376877327 doi "https://doi.org/10.1039/bk9781839168062-00476" @default.
- W4376877327 hasPublicationYear "2023" @default.
- W4376877327 type Work @default.
- W4376877327 citedByCount "0" @default.
- W4376877327 crossrefType "book-chapter" @default.
- W4376877327 hasAuthorship W4376877327A5013029285 @default.
- W4376877327 hasAuthorship W4376877327A5028441327 @default.
- W4376877327 hasConcept C100705429 @default.
- W4376877327 hasConcept C111429119 @default.
- W4376877327 hasConcept C116447816 @default.
- W4376877327 hasConcept C121332964 @default.
- W4376877327 hasConcept C122707536 @default.
- W4376877327 hasConcept C1276947 @default.
- W4376877327 hasConcept C140463767 @default.
- W4376877327 hasConcept C166950319 @default.
- W4376877327 hasConcept C178790620 @default.
- W4376877327 hasConcept C185592680 @default.
- W4376877327 hasConcept C19549132 @default.
- W4376877327 hasConcept C205860874 @default.
- W4376877327 hasConcept C32891209 @default.
- W4376877327 hasConcept C32909587 @default.
- W4376877327 hasConcept C46141821 @default.
- W4376877327 hasConcept C4839761 @default.
- W4376877327 hasConcept C62520636 @default.
- W4376877327 hasConcept C66974803 @default.
- W4376877327 hasConcept C67020732 @default.
- W4376877327 hasConcept C67787023 @default.
- W4376877327 hasConceptScore W4376877327C100705429 @default.