Sentence examples for implementation of the thermal from inspiring English sources
Special attention has been paid to the implementation of the thermal model because specific approximations were required.
It is found that the distinction between the implementation of the thermal energy storage as a central unit or as a collection of local units, has a dramatic effect on the amount of available flexibility.
The results of the implementation of the thermal radiation transfer model into the commercial computational fluid dynamics (CFD) code VECTIS of Ricardo Consulting Engineers and its application to modelling the fuel droplets radiative exchange with gas in a Diesel engine cylinder are reported.
Importance of such experimental studies consists in finding new materials that, through implementation of the thermal exchange between the technological system and the subsoil, are able to make low-enthalpy geothermal installations even more competitive in the renewable energy market.
The implementation of the thermal analysis is shown in Fig. 1.
Key issues in such a coupled system are the implementation of the thermal-hydraulic/neutronic feedback mechanisms, the precision of the Monte-Carlo solutions, and the supervision of convergence during the iterative solution process.
The implementation of the new thermal simulation procedure works as a plug-in to architectural sketching tool where it can execute an annual simulation within approx. 9 milliseconds.
We discuss the implementation of the plasma thermal noise analysis for the Solar Orbiter, in order to get accurate measurements of the total electron density and electron temperature and to correct the spacecraft charging effects which affect the electron analyzers.
Mercury-cadmium-telluride (MCT) quantum wells (QWs) are promising materials for the implementation of the channel for thermal direct detectors, because Hg1-xCdxTe QWs can be characterized by high electron mobility and concentrations even at liquid nitrogen temperatures [1].
In particular, in cold and snowy regions (e.g., Aomori), the implementation of aquifer thermal storage in the summer season has been a requirement to meet the demand of underground heat extraction for heating rooms and melting snow in the winter season.
Recent research indicates the development of an advanced compact pneumatic system, designed for implementation in the thermal manikin, capable of simulating the breathing related processes in humans.
