Sentence examples for fractional factor from inspiring English sources
The simulation results show that the overall system COP can reach 4.5, and the fractional factor of energy saving is 79% as compared to the conventional energy system.
Using an unreplicated double 24 − 1 fractional factor design, two regression models were derived from experimental data describing quantitatively the degree of agglomeration and impact strength respectively.
For example, considering the situation there is a "Round" operation after fractional factor 1/2, then after multiplying by the fractional factor 1/2, the integer values 7 and 8 have the same "Round" value 4, but we cannot reconstruct the original integer values 7 and 8 using the same value 4 in the synthesis part.
High statistical significance of the 3D QSAR models has been achieved through the application of several data noise reduction techniques (i.e. smart region definition SRD, fractional factor design FFD, uninformative/iterative variable elimination UVE/IVE) on the original MIFs.
It is shown that the ratcheting behaviors for a given material can be depicted by adjusting the control material parameters such as the fractional factor which determines the dominant evolution of the back stress.
Our analysis shows that the fractional factor 1/2 destroys the perfect reconstruction property of the integer structure of update-then-predict wavelet and makes the structure is not invertible.
An experimental program was developed based on the statistical method of fractional factors design.
Furthermore, some new results on fractional factors are obtained which may be used in the design of networks.
In this article, as an extension, the fractional difference co-array (FrDCA) perspective is proposed by introducing two fractional factors, which can generate either fractional difference sensor position or conventional integral difference ones.
Therefore, the partition model considers the fractional uptake factor for normal liver and tumor partition.
The fractional Gauge Factor (GF) in strain-hardening segment was calculated and the relationship of GF and tensile strain was experimentally investigated, which could be potentially utilized in the field of structural health monitoring to enhance the safety of concrete infrastructures.
