At the terminals, some products in the tanks required heating to the right temperature to make them viscous enough to travel through the pipes.
Thermal/structural analysis is carried out using ANSYS to obtain the corresponding values of three objective variables, including required heating time, maximum cavity surface temperature difference and maximum von-Mises stress due to thermal expansion, which are used to describe heating efficiency, temperature uniformity and mold strength, respectively, for different sets of design variables.
Dissolution of the powder required heating and homogenization at high temperatures resulted in the formation of a foam.
Thermolysis is a method which requires heating with temperature control.
Sterilization requires heating to temperatures greater than 100 °C (212 °F).
The proposed method gives the optimal number and location of the vertical boreholes, the number of required heat pumps and their operating temperature limits as well as the optimal energy savings generated by the ground-coupled heat pump system.
Bringing color out of the magenta middle layer requires heating times and temperatures somewhere in between.
Mixing the different ceramic components typically requires heating them to temperatures as high as 1700°C.
However, the allylation reactions of several haloindoles were somewhat sluggish at room temperature, requiring heating at 50 °C in order to obtain reasonable yields of the desired product (3 h-. j).
There are many different crystallization methods including cooling crystallization-based method [15, 16], supercritical fluid-based methods [17, 18, 19], precipitation-based methods [20, 21, 22], and microemulsion techniques [23, 24] and cooling crystallization is a commonly used method that often requires heating the system to higher temperatures to dissolve all the crystals.
