Sentence examples for mixing times between from inspiring English sources

2D TOCSY spectra were acquired with mixing times between 30 and 50 ms for all constructs.

Distance restraints were generated from spectra with mixing times between 50 and 150 ms, to minimize contributions from spin diffusion.

Longitudinal exchange experiments were recorded as a series of 3D (C-C-H) data sets with mixing times between 0 and 800 ms.

Long-range C C contacts were obtained with a series of 2D proton-assisted recoupling (PAR) experiments optimized using a C radiofrequency field of ∼50 kHz and a H radiofrequency field of ∼55 kHz for mixing times between 8 and 15 ms and employing 83 kHz TPPM H decoupling during acquisition and evolution periods.

Frequency-specific C chemical shifts were selected prior to C{F} REDOR experiments using rotor-asynchronous Dante irradiation, z-axis storage, and mixing times between 200 and 1200 ms with no H decoupling. Typically, spectra from 100-mg cell-wall samples were the result of the accumulation of 16 384 scans at room temperature.

With the visual observations mixing times varied between 4 s with low volume injection and 900 rpm shaking frequency, and 3 min with higher volume injection and no shaking.

Mixing between these two regions was slow, resulting in longer mixing times.

Connectivity information between different resonances of a molecule is available in TOCSY spectra collected at long mixing times.

A theoretical model was developed to characterize the blow-out limit of nonpremixed jet flames in a cross flow based on a Damköhler number, defined as the ratio between the mixing time and the characteristic reaction time.

Theoretical analysis suggested that the hot particle acts as both heating and pilot sources, and the ignition of EPS foam is controlled by the competition between the gas mixing time and the particle residence time.

The 2D spin-exchange NMR recorded with a short mixing time (0.80 2.58 ms) provided the correlations between a pair of strongly coupled 13C spins such as neighbor carbon nuclei.