Sentence examples for temperature independence from inspiring English sources

We non-dimensionalise these effects below to show the temperature independence of induced viscosity changes see Fig. 5 below.

The heat transfer problem is solved for fully developed laminar flow through parallel-plate channels by ignoring axial conduction, with fluid properties of temperature independence.

The temperature independence of the measured stress with life fraction greatly simplifies the use of this technology for non-destructive evaluation of this TBC coating.

CaCu3Ti4O12 [CCTO] is an interesting dielectric material which exhibits a high dielectric constant over 10,000 at room temperature and shows temperature independence over the temperature range from approximately 100 to 400 K [1 3].

The temperature independence of floridoside accumulation would represent an advantage when considering G. sulphuraria as potential industrial producer for floridoside because the osmotic stress step could be performed without heat supply, thereby reducing process costs.

The current study aims at determining the effect of temperature dependence and temperature independence of material properties and the compositional gradient exponents in FGPs on the levels of temperature, strain and stress.

The most relevant aspect of the isotropic shift calculations is that the shielding inside the cage is predicted to be quite uniform, which agrees well with the observed temperature-independence of the isotropic chemical shift.

The method of choice at 1.5 T remains PRF, as it provides linearity with temperature and tissue-independence[ 5 ].With the PRF method, a time series of phase images are acquired during the heating using spoiled gradient-echo based acquisitions.

The PL emission wavelengths of Mg2Si are almost independence on temperature in the range of 77 300 K.

Because of the formation of a smoother carrier conduction path and the independence of temperature, the carrier conduction mechanism transformed from hopping conduction to surface scattering (Figure 2).

This would be consistent with the lower reduction potential of the Fe(III)/Fe(II) couple compared to the native enzyme (Δ E°′ = −53 mV), as well as its nearly independence from temperature (Δ S°′rc close to 0 J K 1 mol–1).