Sentence examples for deflection in temperature from inspiring English sources

As a result of the comparison between overall mean wing shape and the mean wing shapes of each treatment, we could observe the largest deflection in "Temperature" compared to other treatments such as "Nutrition" and "Deletion", indicating that "Temperature" had the largest contribution to wing shape variation as for the other morphological traits.

This multi-morph configuration could convert the heat flux generated from the catalytic reaction into cantilever deflection due to the difference in temperature coefficient of expansion (TCE) of two layers up to 1 nW with a response time of 1 ms.

The increase in temperature induces mechanical deflection due to bimaterial springs.

A model developed in this view shows that, depending on the position of the reinforcing layer, a substantial change may result in the deflection vs. temperature relationship.

The quantitative decrease of 36% in coefficient of linear thermal expansion, and the improvement in heat deflection temperature of the hybrid composite was also observed.

The effects of the addition of torrefied flax shive, hemp hurd, and sunflower hulls to polyamide 6,6 revealed increases in heat deflection temperature and some mechanical properties.

This liquid shows a high refractive index change for a small change in temperature and acts as a deflection medium.

Here, two 0.5°C increases in temperature resulted in ~170 nm deflections in static mode (noise ±15 nm) and frequency shifts of ~75 Hz in dynamic mode (noise ±20 Hz).

Based on the classical beam theory and coupled thermo-elastic dynamics, governing equations coupled with the thermal effects derived in terms of the deflection and temperature rise filed.

Deflection and temperature measurements were determined under ISO834 fire exposure.

An increase in PLA's heat deflection temperature by 10 °C and 20 °C was achieved by melt-blending PLA with 5 and 20% LA-CNCs, respectively.