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Trends in Food Science & Technology, 1992
Abstract This article provides an introduction to the basic theory and standard experimental techniques of nuclear magnetic resonance spectroscopy, to aid understanding of the following papers outlining specific applications of these techniques in various aspects of food science research, development and product quality control.
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Abstract This article provides an introduction to the basic theory and standard experimental techniques of nuclear magnetic resonance spectroscopy, to aid understanding of the following papers outlining specific applications of these techniques in various aspects of food science research, development and product quality control.
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Computerized Radiology, 1984
Nuclear magnetic resonance (NMR) offers a powerful new probe of the body's internal anatomy and function. The technique utilizes a combination of static and radio frequency (RF) magnetic fields to excite a weak resonant magnetic field emission from various selected naturally abundant nuclei in the body such as hydrogen (1H), phosphorus (31P) and carbon
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Nuclear magnetic resonance (NMR) offers a powerful new probe of the body's internal anatomy and function. The technique utilizes a combination of static and radio frequency (RF) magnetic fields to excite a weak resonant magnetic field emission from various selected naturally abundant nuclei in the body such as hydrogen (1H), phosphorus (31P) and carbon
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Current Opinion in Chemical Biology, 2002
NMR spectroscopy is increasingly being used to characterize microliter and smaller-volume samples. Substances at picomole levels have been identified using NMR spectrometers equipped with microcoil-based probes. NMR probes that incorporate multiple sample chambers enable higher-throughput NMR experiments.
Andrew M, Wolters +2 more
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NMR spectroscopy is increasingly being used to characterize microliter and smaller-volume samples. Substances at picomole levels have been identified using NMR spectrometers equipped with microcoil-based probes. NMR probes that incorporate multiple sample chambers enable higher-throughput NMR experiments.
Andrew M, Wolters +2 more
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NMR Detected by Nuclear Radiation: NMR/ON [PDF]
, 1980 Full accounts have been given at this school of the three major techniques whereby hyperfine interactions (hfi) of nuclei can be measured using radiative emissions, namely the Mossbauer effect (MO), nuclear orientation (NO), and perturbed angular correlation (PAC). Stress has been laid on the highly specific signal from particular decay transitions and
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2013
The aim of this report is to collect the most important results in sugar studies by NMR methods in the last two years. This review covers determination of new and previously known structures of sugars isolated from natural sources, as well as the structures of carbohydrates obtained by chemical or enzymatic synthesis.
Łowicki, Daniel +2 more
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The aim of this report is to collect the most important results in sugar studies by NMR methods in the last two years. This review covers determination of new and previously known structures of sugars isolated from natural sources, as well as the structures of carbohydrates obtained by chemical or enzymatic synthesis.
Łowicki, Daniel +2 more
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2008
This chapter reviews studies that have applied magnetic resonance spectroscopy to investigations of the processes occurring in living systems. In Section 1, new hardware, acquisition methods and analytical processes that are applicable to in vivo investigations are presented.
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This chapter reviews studies that have applied magnetic resonance spectroscopy to investigations of the processes occurring in living systems. In Section 1, new hardware, acquisition methods and analytical processes that are applicable to in vivo investigations are presented.
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2022
The purpose of this manuscript will be to convince the reader to dive deeper into NMR spectroscopy and prevent the technique from being just another "black-box" in the lab. We will try to concisely highlight interesting topics and supply additional references for further exploration at each stage.
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The purpose of this manuscript will be to convince the reader to dive deeper into NMR spectroscopy and prevent the technique from being just another "black-box" in the lab. We will try to concisely highlight interesting topics and supply additional references for further exploration at each stage.
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2014
Elastomers are polymers which exhibit viscoelastic behavior above their temperatures of use. The viscoelastic mechanism of deformation of elastomers is a distinct feature of this class of polymers. High viscoelasticity is reached by (1) chemical cross-linking; (2) the presence in polymer chains of segments which form rigid domains, i.e., crystals ...
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Elastomers are polymers which exhibit viscoelastic behavior above their temperatures of use. The viscoelastic mechanism of deformation of elastomers is a distinct feature of this class of polymers. High viscoelasticity is reached by (1) chemical cross-linking; (2) the presence in polymer chains of segments which form rigid domains, i.e., crystals ...
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2015
Recent advances in the application of nuclear magnetic resonance to the study of carbohydrates have been presented. New and modernized NMR methods both experimental and computational are collected including improvement of sugar databases. This chapter also groups literature concerning investigations of sugar structures determined on the basis of NMR ...
Łowicki, Daniel +2 more
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Recent advances in the application of nuclear magnetic resonance to the study of carbohydrates have been presented. New and modernized NMR methods both experimental and computational are collected including improvement of sugar databases. This chapter also groups literature concerning investigations of sugar structures determined on the basis of NMR ...
Łowicki, Daniel +2 more
openaire +3 more sources