Sentence examples for fraction factor from inspiring English sources

Through experiments, we found that setting the fraction factor to 0.4 gave the best results.

The packet size (proportional to the traffic load) has been entered in the calculation using a data fraction factor denoted by f i.

The research is then carried out to evaluate the unit performance of such design and to estimate the fraction factor of the solar system to the load.

Despite of slight tuning the optical properties in one dimensional coupled resonator optical waveguide by changing the fraction factor, incidence angle has a significant large magnitude of tunability in the overall region of operational wavelength.

This fact yields us by changing the incidence from 30 to 60, the operational wavelength can be tuned between two main optical communication windows, while by changing the fraction factor, dispersion and its higher order can be fine tuned in each of optical communication windows which are very useful in wavelength division multiplexing systems and planar lightwave circuits.

Meanwhile, we measured the pressure drop in CICC of Nb3Sn superconducting magnet under the circulating mode of forced flow cooling which used supercritical helium as coolant compared with the result calculated by the Katheder fraction factor correlation, it showed that calculated pressure drop underestimates the experimental data.

Results of this study show that aquifer heterogeneity and mixing of waters from different sources, although probably important (Abe and Hunkeler 2006; Green et al. 2010), are not the only cause of differences between apparent fraction factors estimated from field data and laboratory derived fractionation factors.

Initial examination of the nitrate and δN-NO3 data yielded apparent fraction factors (εapp) within reported ranges (Kendall and Aravena 2000).

A maximum removal of 83% was obtained for silt fraction when factor levels were at 1200 W power, 1 50 soil-to-water ratio and 90 min of dwell time.

At the plume generated by the surface nuclear test, the radionuclides are concentrated mainly in the 1000-500 μm soil fraction (enrichment factor values ranging from 1.2 to 3.8), while at the plume corresponding to the surface non-nuclear test is the 500-250 μm soil fraction the enriched one by technogenic radionuclides (enrichment factor values ranging from 1.1 to 5.1).

Using a Monte-Carlo sampling method of the respective volume fraction this factor was estimated to f access = 0.966 ± 0.001 in the given virtual cell.