The results show that the applied voltage has the largest effect on the maximum achieved temperature followed by frequency of the electromagnetic radiation.
In this research the effect of physical predictors for the electrode based thermal therapy were considered and their effect on the final achieved temperature was quantified.
Based on anisotropic swelling/deswelling behaviors of precise structure fabricated via 3D printing, the printed bilayer hydrogel actuators achieved temperature and near infrared laser responsive deformation.
The magnitude of temperature reduction and the percent of patients achieving temperature less than 101°F was less in the critically ill group compared to the non-critically ill group.
The main objective is to achieve temperature control of a greenhouse built in the Institute for Horticultural and Agricultural Engineering ITGG) at the University of Hannover (Germany).
The achieved lowest temperature was 63.6 K when the heating load was 35.9 W.
The only way to achieve temperatures this low involves the finicky and expensive process of liquefying helium.
Both achieve temperatures of 2,400 degrees Fahrenheit.
In 1932 he achieved the temperature of -457.6° F (-272° C), just two degrees Fahrenheit above absolute zero.
