Sentence examples for thermal perturbation from inspiring English sources

Frequency response analysis to a thermal perturbation must be obtained without any artefact in experimental results.

The latter is of importance in justifying the aforementioned assumption, since we would like to calculate the depth range influenced by a thermal perturbation associated with the last tectonic event, i.e., uplift at the late Miocene Pliocene.

We develop a high P-T EOS for liquids, called RTpress, which uses a generalized Rosenfeld-Tarazona model as a thermal perturbation to isothermal and adiabatic reference compression curves.

This small thermal perturbation, combined with the low relative permeability of brine within the supercritical CO2 plume, yields limited dissolution and precipitation effects directly attributable to cool CO2 injection.

Moreover, the potential response to the fast thermal perturbation at high potentials, above the pme, indicates the presence of a slower contribution, resulting in a bipolar, non-monotonous, profile.

Thermal perturbation of this solvated structure results in significant reduction in local ordering of water, which contributes to the globular collapse and the reduced solubility of PNIPAM above its LCST.

The characteristic length scale can be envisaged as the approximate distance that any thermal perturbations may propagate to for a given amount of time.

Detailed finite element thermal models of the accelerometers have been realized and currently provide information on the behavior of accelerometer parts in response to the satellite thermal perturbations.

Thus, the enhanced amplitudes of short vertical wavelengths of (2 8 km) throughout the troposphere and stratosphere can be attributed to gravity waves triggered by the eclipse-induced wind shear and thermal perturbations.

It is possible that thermal perturbations associated with plume activity might have affected the composition of the lithosphere resulting in the emplacement of partially molten material into crustal depths.

In the series of experiments, we performed thermal perturbations on the sand/water/gas system, formed methane hydrate, performed thermal perturbations on the sand/hydrate/water/gas system resulting in hydrate formation and dissociation, formed hydrate in the resulting partially dissociated system, and dissociated the hydrate by depressurization coupled with thermal stimulation.