Sentence examples for effect of increasing thermal from inspiring English sources

The effect of increasing thermal maturation and consequent conversion of kerogen into oil and gas was indicated by the decrease in atomic H/C and O/C ratios in both experiments (Table 3; Fig. 5a, b).

However, for design calculations, it is not necessary to consider the effect of increasing thermal bowing deflections due to axial compression and reducing elastic modulus of steel at elevated temperatures.

This unexpected observation reveals that the effect of increasing thermal fluctuations on sex determination depends upon the region of the temperature range where they fall.

Our novel observations reveal that the effect of increasing thermal fluctuations on sex determination depends upon the region of the temperature range where they fall, consistent with reports for other phenotypes in TSD and GSD taxa [12], [45], [46].

Despite these multifaceted effects, the specific interactions of increased thermal stress due to climatic warming with infectious diseases are sparsely explored, particularly in marine ecosystems.

Increasing fabric layers however, has the negative effect of increasing the thermal burden to the wearer as increased thickness is associated with higher thermal insulation and lower evaporative resistance (Kilinc-Balci 2011) and as shown in Fig. 3, decreasing air permeability.

The effect of increasing length of thermal bath regions is found to be nearly indistinguishable from the effect of increasing length of the unperturbed region between the bath regions, suggesting that the value of k is defined by the total length of the CNT (including the length of the heat bath regions) in NEMD simulations employing uni-directional heat flux.

Sex ratios were compared to those from constant temperatures (i.e. ±0°C) to elucidate the effect of increasing amplitude of thermal fluctuations with respect to the effect of mean temperature [6], [11], [12], [13], [23], [33].

We can observe that the effect of increasing the value of thermal Rayleigh number Ra, Prandtl number Pr, modified thermal capacity ratio γ, and the Nield number N H, on the amplitude of oscillations is to increase it, i.e., an increase in the value of these parameters brings about an increase in the rate of heat transfer across the fluid phase.

The figure reveals that as the temperature increases, the effect of increasing nanoparticle concentration on the thermal conductivity ratio is greater than the applied temperature change.

This figure reveals that as the temperature increases, the effect of increasing nanoparticle concentration on the thermal conductivity ratio is lower than changing the applied temperature.