The selection of temperature for CO2 pulse injection experiments is based on the EB dehydrogenation reaction temperature.
A reasonable selection of temperature of the working fluids can be a useful tool for nanofabrication through electrospinning processes.
Moreover, the proposed temperature control scheme is also found to be quite robust to the selection of temperature measurements.
The usage of an alloy in the applications as the success of the melting and casting operations depends on the correct selection of temperature.
Based on variational calculus analytical computations aimed at finding an optimal selection of temperature conditions that ensure obtaining maximum conversion or minimum duration time necessary for its attaining have been carried out.
It is shown that once the polymer properties, such as the glass transition temperature and the solubility of CO2 are known, full control of the desired foam morphology can be obtained by a proper selection of temperature, pressure and depressurization rate.
The appropriate selection of temperature values in the treatment of smoothies with high hydrostatic pressure permits cold pasteurization at pressure levels well below 300 MPa to be obtained, thus enabling cost reduction to manufacturing plants and making the industrialization of the process favourable.
Results show that dual-temperature control with propose selection of tray temperatures and the optimal profile of the set point can provide better transient process performance than the composition control structure.
The data reported here are also useful in the selection of operating temperatures for flow battery systems.
Accordingly the paper analyses the position of each variable across its thermodynamically available range instead of the traditional selection of arbitrary temperatures.
