Sentence examples for design the temperature from inspiring English sources

Nitrosulfuric acid functionalized carbon materials like multi-walled carbon nanotubes (MWCNT) and graphite were used to design the temperature program.

This model representation, used along with the linearization method proposed in Part II, permits to design the temperature controller without resorting to the nonlinear system theory.

In the thermodynamic design, the temperature profiles for both column sections are used as a design tool to generate design alternatives.

In the field of radioactive waste management the concrete structures are expected to undergo significant heating due to the waste thermal power and significant drying (in the French design, the temperature is not expected to exceed 80 °C).

According to the Box Behnken design, the temperature, amount of catalyst, extractant volume, and reaction time were chosen as four important factors with three levels for the dehydration step.

Simulation results revealed that the temperature and pressure distributions were greatly improved with improved diffusion configuration design, the temperature gradient decreased from 5 K to 1 K, and the pressure gradient decreased to 0.5% of the former value.

Depending upon the specific designs, the temperature ranges of the water in these exchangers could be between 80 and 130°C.

For different designs, the temperature ranges of the helium in the intercooler and pre-cooler could be about 100 and 150 °C, respectively.

This means that, in order for the wood flooring to perform as designed, the temperature and humidity conditions inside of your home must be kept continuously within a certain range.

Detailed module simulation was performed after the heat sink design and the temperature regulations.

A thorough study of the structural parameters is undertaken to take into account from the design criteria the temperature sensitivity.