Sentence examples for measurement temperature increases from inspiring English sources

The MR decreases as the measurement temperature increases from 2 to 80 K, and could hardly be observed above 80 K.

As the measurement temperature increases, the peak energy of the UV emission decreases.

It is demonstrated that there are two paths for ZnO vacancy emission resulting in strengthened peak energy when the measurement temperature increases (blueshift).

Nevertheless, based on the contrast in Figure 6, we find that the peak energy of the non-annealed samples is 2.1 eV at a low temperature (20K); however, the peak energy moves higher (2.18 eV) when the measurement temperature increases.

It is demonstrated that there are two paths for ZnO vacancy emission resulting in strengthened peak energy when the measurement-temperature increases (blue-shift).

It can be found that the multi-scale numerical simulation results possess a similar trend to the theoretical prediction and experimental measurement as temperature increases.

From Fig. 3, we see that the viscosity was reduced by water-free pyrolysis to 150 mPa s at 50 °C compared to the feed processed in subcritical water which had a viscosity 104 mPa s at 25 °C, i.e. a lower viscosity at a lower measurement temperature showing increased mobility.

With infrared measurements a temperature increase of 30 40 °C was observed.

To validate the simulation method, experimental measurements of temperature increase were conducted using a solenoidal coil (diameter 3 mm), a saline sample (10 mM NaCl) and passive copper shielding wires (50 μm diameter).

Thermocouple measurements reveal substrate temperature increases as a function of deposition time until reaching a saturation temperature of ~ 388 °C.

Doppler OCT may be used for spatially resolved measurements of retinal temperature increases and thermally induced tissue changes.