Sentence examples for maximum process temperature from inspiring English sources

The model allows a prevision of the maximum process temperature allowing this heat removal.

We demonstrate that process response variables e.g., maximum process temperature and the thermal history can be predicted by surrogate models.

Two objective functions (reactor core volume and maximum process temperature rise, ΔTmax) were to be minimized using seven design variables as optimization variables.

DuPont silver ink 5064H was used for the conductive lines in the design and the maximum process temperature was 130 °C.

Device-grade solar cell layers were designed and fabricated at a maximum process temperature of 150 °C, which is suitable for plastic substrate application.

Samples were stencil-printed on a commercial PET film and printable silver ink was used for the electrodes thus allowing a maximum process temperature of 130 °C.

Overlaid contour plots prediction showed that the optimal conditions for CJPL were 125 mL juice volume, 6.50 min ultrasound process time and 52.78 °C ultrasound process temperature for maximum TPC (30.25 mg GAE/100 mL) and DPPH scavenging activity (61.22%).

Obviously, the fabrication of uniform QDs requires the process temperature to be below a coverage dependent maximum value.

Moreover, through proper thinning process, the maximum junction temperature and thermal coupling within the transistors were effectively decreased.

Therefore, the results highlight an important role of baffle clearances, not yet discussed, which might be crucial for processes with maximum temperature limits, such as those with crude oil.

The model predicts the most important variables such as heat flux, composition and conversion profiles along the tube length, process gas temperature, maximum tube-wall temperature and tube pressure drop based on considering mass transfer limitation in catalyst pellets using a one-dimensional heterogeneous model.