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This may explain the higher temperature changes at the edges.
In addition, it is observed that higher temperature changes signify size dependency of FG microbeam.
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The top and bottom edges show higher temperature change versus the central horizontal axis.
In the study of the applied process parameters impact, the effect of a higher temperature change rate on austenite kinetics is shown by the temperature shift of austenite and ferrite to austenite start formations.
The high temperature changes the emission to Schottky emission regime.
It is proved by test and application that the accelerometer has good waterproof, pressure resistance, anti-erosion resistance, high temperature changes and so on.
Higher temperatures changed the ratio of beginning/length of overwintering causing a significant change in stem numbers.
The highest temperature change between the two periods was 1.5 °C in November for maximum temperature and 1.4 °C in June and July for the minimum temperature.
The experimental validation clearly proves that considering austenite kinetics at a high temperature change rate in computer simulation is definitely more physically congruent.
The Satelec device without cooling induces the highest temperature change of up to 13°C, particularly in both bone level implants (p < 0.05) but appears safe for approximately 10 s of continuous instrumentation, after which a cooling down period is rational.
Use of such high temperatures changes both the protein and solvent properties considerably, compared to physiological or room temperature.
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