Sentence examples for by implementing the temperature from inspiring English sources

By implementing the temperature coefficients of each acoustic and optical parameters, the dielectric permittivity is determined.

By implementing the optimal flow rate, column temperature and eluent composition predicted by the validated model, enhanced resolution of the two isomers was achieved in less than 20 min.

Based on our model we implemented the temperature compensated iso-flux control of a luminaire and the planned operation was validated by actual measurements.

Then, a real-time digital temperature compensation using the FPGA and an additional thermometer would be possible by implementing a temperature compensation circuit on the FPGA.

Vitrification was equivalently followed by changing the temperature or frequency of measurement thus implementing the time-temperature superposition principle.

The presented batch-mode TR-SEOP method operated in three temperature regimes, and the method can be potentially further improved by circumventing experimental hardware limitations (e.g., a more powerful TEC module to enable faster temperature change, particularly important during the cool-down phase) as well as by implementing more advanced temperature ramping during SEOP.

In this technique, care was taken to ensure complete structural equilibration by implementing a high temperature dynamics/simulated annealing protocol prior to evaluation of the molecular structure and dynamics.

The flowchart for implementing the vibration and temperature modeis as shown in Fig. 2.

Then, numerical simulations using commercial FEM software COMSOL Multiphysics® allows simulating the temperature field by implementing a developed 3D heat source, in order to determine the generated heat source at the welding interface and the variation of the temperature field during the infrared welding process.

This result implies that the isolation performance of a vibration isolator having temperature dependent damping can be made less sensitive to the temperature variation by implementing three parameter configuration.

The minimum energy consumption was predicted in the steady state simulation; the dynamic simulations indicated that the minimum energy consumption can be achieved in practice by implementing two control loops of temperature (or composition), as described.