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Figure 3f illustrates the consequences of operating the device at higher ambient temperature: increased self-heating.
At higher ambient temperatures, ARM-20A exhibits better performance.
Higher ambient temperature also promotes flowering and there is considerable crosstalk between the photoperiodic pathway and the ambient temperature pathway.
Higher ambient pressure leads to lower droplet velocity but with longer penetration distance.
The exhaust gas moves downstream and spread to a wider range under higher ambient wind speed.
Higher ambient temperature results in lower relative capacity of cold, heat and power.
In contrast, higher ambient temperatures (30 40 °C) reduce the stability of the enediol, and Rubisco oxygenase activity and photorespiration rate increase.
Higher ambient temperature and stronger ultraviolet could promote the release of VOC.
With higher ambient temperature and pressure, the transition occurs earlier in the liquid's lifetime.
Finally, non-isothermal cold start becomes much easier from higher ambient temperatures.
By contrast, when the body temperature of a reptile falls below the optimum, it must move to a part of the environment with a higher ambient temperature.
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