A general procedure for measurement of time-resolved diffusion coefficients of molecular species by NMR is described, including the use of methanol for fast temperature-independent gradient calibration
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
In addition to increasing throughput, increasing the speed of NMR diffusion measurements extends the...
An NMR-based approach for rapid characterization of translational diffusion of molecules has been de...
An NMR-based approach for rapid characterization of translational diffusion of molecules has been de...
Nuclear magnetic resonance pulsed gradient-spin echo experiments allow probing complex solution prop...
The diffusion coefficient is an important parameter for characterizing the state of water in biologi...
The time taken to complete an NMR diffusion experiment is typically ~10 minutes. For ...
NMR diffusion measurements (or dNMR) provide a powerful tool for analysis of solution organization a...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
The study of solution dynamics is a very fundamental area of research with wide ranging importance f...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
In addition to increasing throughput, increasing the speed of NMR diffusion measurements extends the...
An NMR-based approach for rapid characterization of translational diffusion of molecules has been de...
An NMR-based approach for rapid characterization of translational diffusion of molecules has been de...
Nuclear magnetic resonance pulsed gradient-spin echo experiments allow probing complex solution prop...
The diffusion coefficient is an important parameter for characterizing the state of water in biologi...
The time taken to complete an NMR diffusion experiment is typically ~10 minutes. For ...
NMR diffusion measurements (or dNMR) provide a powerful tool for analysis of solution organization a...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
The study of solution dynamics is a very fundamental area of research with wide ranging importance f...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
International audienceIn this Letter, we describe a simplification of traditional NMR diffusion expe...
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