Sentence examples for improvement of coefficient from inspiring English sources

The improvement of coefficient of performance (COP) can reach up to nearly 9% based on the same isentropic efficiency, while 17.2% based on assumption that there is a 10% rise in isentropic efficiency brought by oil flooded compression cycle.

The improvement of coefficient was performed by combining the first character with the last character of the two morphosyllables to form a new pair of bigrams.

Increase of the solid loading of the suspension and solidification velocity led to the improvement of piezoelectric coefficient d33.

The primary objective of this review is to provide fundamental understandings of the solar adsorption systems and to give useful guidelines regarding designs parameters of adsorbent bed reactors,and the applicability ofsolar adsorption both in air-conditioning and refrigeration with the improvement of the coefficient of performance.

Because of the improvement of correlation coefficient, the complexity of the algorithms increase, so the reconstruction time correspondingly increase and the algorithm is not suitable for the system with high real-time requirements.

The significant improvement of absorption coefficients can be mainly due to the Helmholtz effects of micro-silt plate and flexible micro-perforated membrane, and the combination with porous materials lead to even better absorption performance in broadband.

This representation is selected based upon prior excellent results with this choice, and the improvement of adding direct coefficients with the C0 coefficient in this feature vector was studied in [24].

The improvement of the friction coefficient is attributed mainly to the formation of tribochemical reaction films.

Additionally, cyclic voltammetry experiments indicate an improvement of lithium diffusion coefficient in LiFe0.333Mn0.667PO4 for both iron and manganese redox couples by addition of boron.

These Heusler nanoprecipitates were responsible for a large improvement of the Seebeck coefficient of the alloy at room temperature compared with the ZrNiSn, which contained no Heusler nanoprecipitates.

Compared with the nozzle design with uniform inflow, the improvement of axial thrust coefficient in the nozzle design with non-uniform inflow is approximately 1.75% at the design point, with a nozzle pressure ratio of 35.