Sentence examples for increased temperature at from inspiring English sources

The area-specific resistance is found to decrease with increased temperature at the rate of 20.3 mΩ cm2/K.

Deposition as well as stripping can be done with increased temperature at remote places, leaving the bulk solution unaffected.

It was found that by analyzing the FT-IR spectra of meropenem it was possible to assess changes in the structure of its samples at increased temperature, at RH = 0%.

In terms of the original variables, one finds that the boundary layer penetrates to a distance 2sqrt{frac{k_{S} x}{v rho_{S} C_{S}}} and the increased temperature at the edge is Phi_{E}sqrt{frac{x}{pi k_{S} v rho_{S} C_{S}}}.

The degradation of meropenem at increased relative air humidity (simulation of storage in a damaged container) and at increased temperature at RH = 0% (simulation of storage in an airtight container) was analyzed during a stability study (RH ≈ 76.4%, T= 313 K, t = 1.0 h and RH = 0%, T = 323 K, t = 5.0 h).

Along with the increased temperature at 700 °C, the wiggly nanostructures were evolved as the void rims can be broken due to the Rayleigh-like stability as clearly evidenced by the AFM image in Fig. 1g and SEM image in Fig. 2a.

Diffusion coefficients increase with increasing temperature at a rate that depends on whether the pressure or the total molar density is held constant as the temperature is changed.

The degree of Cl− removal also increased with increasing temperature at all time points.

The isobaric solubilities decrease with increasing temperature at the experimental pressure range.

The solubility of amaranth seed oil increased with temperature at high pressures, however it decreased with increasing temperature at lower pressures.

The shear viscosity increased with the increasing volume fraction and decreased with the increasing temperature at the same shear rate.