Sentence examples for incidence of wave from inspiring English sources

Finally, the incidence of wave climate and available energy resources, on detecting the optimum device configuration and assessing relevant energy production costs, is investigated and fully discussed.

In general, cost function for optimal design of multilayer microwave absorbers found in literature had not taken account of normal and oblique incidence (TE & TM polarization) of wave in optimization problem which leads to sub-optimal design limited only for particular incidence of wave, either a normal or oblique incidence of wave at a time.

A detailed analysis are done and it shows that the application of WDO yields improved numerical results in terms of thickness and oblique incidence of wave as compared with the earlier reported results.

To overcome the above problem, this paper focuses on optimal design of multilayer absorbers through a proposed cost function which can work for both normal and oblique incidence of wave up to wide angle of incidence (0 60°) with TE & TM polarization simultaneously.

This is illustrated with reference to the mechanism of grain size sorting caused by oblique incidence of waves on a current.

Open image in new window Fig. 11 The CRBM basin model with 0°, 20° and 45° angle of incidence of plane wave fronts of body wave at the free surface Open image in new window Fig. 12 a d Horizontal and vertical components of responses of the CRAM2 and CRAM3 models without and with basins, respectively.

The solid and dotted variations are plotted after multiplying the original values of amplitude ratios by 100 Fig. 9 Variations of the amplitude ratios of reflected coupled longitudinal microstretch (CLM) wave against the angle of incidence of CLD wave.

Bard and Bouchon [3] reported preferential surface wave generation in case of larger angle of incidence of body wave at the basin edge.

An increase of amplitude of the BGR-waves with an increase of angle of incidence of body wave was observed.

These data further support the use of citrate based medications during the peri-operative period of shock wave lithotripsy, not only to inhibit stone formation and facilitate fragment passage, but also to reduce the incidence of shock wave induced renal damage.

The schemes are shown to be perfectly absorbing independent of frequency and angle of incidence of the wave in the case of a non-convecting mean flow.