Sentence examples for heat fluctuations from inspiring English sources

The article shortly introduces preceding works in modeling of aggregation of small particles including influence of sedimentation, velocity profile of water, heat fluctuations, and surface electric charge.

To define molecular parameters for fused deposition modeling of mechanically integral polylactide parts, the effect of intrinsic local heat fluctuations on morphology and structure evolution is studied.

Especially, for more fragile but less investigated dry climate, considerations should be made to tackle heat fluctuations and drought stress by enhancing water holding capacity and thermal isolation of the substrate.

The β i j 3 is the mass transport coefficient of aggregation caused by the gravity, β i j 2 is the mass transport coefficient for the velocity gradients, and β i j 1 stands for the mass transport coefficient of the heat fluctuations.

In the case of the small particles, the heat fluctuation of particles has a significant effect on the particle aggregation.

The interaction of the main flame and the vortices is reduced when the injection is on; namely, heat fluctuation is reduced.

A commonly used model for mass transport coefficients [10, 11] in describing aggregation is based on the collisions among nanoparticles caused by heat fluctuation, the velocity gradient of the water in which the nanoparticles are suspended and the different velocities of sedimentation of nanoparticles of varying size.

Heat release fluctuations due to local fluctuations of strain rate and curvature were less significant, while no localised extinction has been observed even at large forcing amplitudes.

Because the Pacific has previously been thought of as the world's main heat sink, fluctuations affecting it are considered among the most important influences upon the climate.

The acoustic flame response function and the acoustic source terms determine the overall flame response to heat release fluctuations.

Hence, we identify two different mechanisms by which the flame leading edge location and oscillation amplitude impact heat release fluctuations.