Examples of 'relaxation times' in a sentence
Meaning of "relaxation times"
Relaxation times refer to designated periods or intervals during which individuals take a break, unwind, and engage in activities that promote relaxation and stress reduction. These times can be scheduled during work hours, vacations, or leisurely moments when individuals deliberately seek to destress and rejuvenate
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- plural of relaxation time
How to use "relaxation times" in a sentence
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relaxation times
Relaxation times are usually measured in nanoseconds or milliseconds.
Two characteristic relaxation times are involved.
The relaxation times and thermodynamic parameters are determined.
Remain active on your relaxation times.
The mean relaxation times were determined and a resolution was attempted.
The dielectric is assumed to have a distribution of relaxation times.
Very long relaxation times are responsible for dielectric absorption.
Viscoelastic cleaning compositions with long relaxation times.
Polymer relaxation times characterized by rheology were used to evaluate healing kinetics.
This remains true as long as the relaxation times remain constant.
Long relaxation times lead to a higher polymer melt strength or elasticity.
Aluminosilicate materials have been shown to have long surface relaxation times.
Proton and deuterium relaxation times of liquid iodopropyne are measured at various temperatures.
The manganese solution was used to approximate the relaxation times of human blood.
Use is made of experimental relaxation times to obtain average energy lost per collision.
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Results show that passive and active probing methods lead to equivalent relaxation times.
An analysis in terms of two relaxation times has been obtained for each system.
Temperature had a small effect on force but a marked effect on contraction and relaxation times.
The MNP relaxation times were measured for different samples.
The dopant materials utilized are different and the relaxation times are then much shorter.
T1 relaxation times were measured before and after gadolinium contrast.
In most systems, a distribution of relaxation times is observed.
Relaxation times up to 8 hours have been measured in the most dilute solutions.
The proton spin density and relaxation times are essentially what proton MRI detects.
Preferably, all of the action times are separated by relaxation times.
Thus, the longest relaxation times correspond to the larger pores.
Calculations of nuclear quadrupolar spin-lattice relaxation times are presented.
Relaxation times were shown to be very fast, on the order of mean free time.
Data reported here were taken after a period in excess of a further 5 diffusional relaxation times.
As well, contraction and one-half relaxation times are typically prolonged in muscles of the elderly.
The comparison to 3D simulations shows its relevance at short relaxation times.
The short relaxation times are relatively independent of the alcohol, its concentration, and the solvent.
Furthermore, the temperature dependence of the MRI relaxation times was studied.
Respective relaxation times are shown in Table 1.
The degree of crosslinking is determined from the T2 relaxation times measured.
The relaxation times of respective samples as measured are shown in Table 1.
Larger molecules have longer rotational correlation times and consequently shorter transverse relaxation times T2.
Proton T1 relaxation times of cerebral metabolites differ within and between regions of normal human brain.
In tissue structures the images are differentiated by the relaxation times T1 and T2.
The relaxation times ti are then calculated by detecting the maxima in the curve u ' ( log t ).
NMR spectrometers are useful for measuring the transversal relaxation times T2.
This measure allows wall-related relaxation times of more than 70 hours to be achieved.
Electrodes were charged at 64mA cm ⁻ for times in excess of 5 diffusional relaxation times.
The effects of excess iron on t1 and t2 * relaxation times directly correlate with tissue iron concentration.
The T1 relaxation times of the Example compounds 1-6 were measured in water and human plasma.
These two factors lead to the definition of two relaxation times called T1 and T2.
These large vessel have relaxation times of 0.5 msec and require pulse durations of this length.
Here, each contrast agent has its different T2 relaxation times as well.
In isolated nanoparticles, the relaxation times follow the Arrhenius law provided by the Néel-Brown's model.
The amplified target Candida nucleic acid was then detected by measuring T2 relaxation times ( msec ).
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Examples of using Relaxation
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With rest and relaxation it will pass
Relaxation skills to help you feel calmer
You are supposed to do relaxation and breathing exercises
Examples of using Times
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I saw her a few times in the town
Other times we do not have anything to say
She took it three times special physical
