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Functional groups / Proton NMR / Imine / Isotopic labeling / Fluorine-19 NMR / Aldehyde / Chemistry / Nuclear magnetic resonance / Spectroscopy


A self optimizing synthetic organic reactor system using real-time in-line NMR spectroscopy
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Document Date: 2015-03-09 05:14:57

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City

Santos / Glasgow / /

Company

M. D. Burkart S. P. / Mead / Creative Commons / /

Country

United Kingdom / /

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Event

FDA Phase / /

Facility

Chemical Science reactor / University of Glasgow / The University of Glasgow / /

IndustryTerm

chemical transformations / Online Edge Article Chemical Science Open Access Article / chemical reactions / autophase algorithm / thermodynamic product / chemical processes / real processing conditions / heat management / analytical tool / Online Open Access Article / real-time monitoring / continuous systems / chemical information / Online EDGE ARTICLE View Journal / monoî„„uorinated product / aldehyde solution / /

Organization

Royal Society/Wolfson Foundation / School of Chemistry / University of Glasgow / Royal Society of Chemistry / /

Person

M. H. Rosnes / V / A. Nordon / Doublet / K. M. Verzijl / V / D. A. Mamman / G. R. Akien / R. A. Bourne / M. Weerasinghe / A. J. Parrott / Nat / M. L. Hitchman / D. Littlejohn / D. N. Jumbam / Juan Perlo / M. Poliako / R. A. Skilton / J. Wilkie / V. Dragone / V / V. Sans / V / Leroy Cronin / D. J. Irvine / C. A. McGill / /

Position

Analyst / /

Product

NMR / M / /

ProgrammingLanguage

LabView / /

ProvinceOrState

Indiana / /

Technology

autophase algorithm / tomography / condensation / spectroscopy / http / Lab Chip / /

URL

http /

SocialTag