Sentence examples for at different radiation from inspiring English sources

Photoluminescence spectrum for Ag nanoparticles at different radiation dose.

However, perusal from data summarized in Tables 3 and 4 indicates that the power loss is found to be maximum using rice husk at different radiation levels 650 , 750and 850 W/m2, respectively.

Different fire scenarios have been simulated with a cone calorimeter coupled with FTIR, condensation nuclei counter (CNC) analysers, and/or cascade impactors in order to produce aerosols emitted at different radiation levels and flammable atmospheres.

In this solution procedure, in order to avoid the computation of directivity values at different radiation angles during iterations to determine the beam pointing direction, the optimization model in Eq. (6) can be converted to a new procedure which maximizes the boresight directivity at boresight direction (0, 0).

( {H}_^{90}Y^{60} Co}^{exp, mathrm{ref}}=frac{{left {D}_w^{90Y}/{D}_{mathrm{TLD}}^{90Y}right)}_{exp _mathrm{geom}}}{{left {D}_w^{60 Co}/{D}_{mathrm{TLD}}^{60 Co}right)}_{mathrm{ref}_mathrm{geom}}} ) is the energy and geometry correction factor, given by the ratio of absorbed doses to water and to TLD material at different radiation qualities and different irradiation geometries.

where ΔT(I) (Figure 4a) and ΔTpv(I) (Figure 5b) were the integral transmitted intensity and the normalized transmittance between the peak and valley at different radiation intensities, respectively; λ and α were the radiation wavelength and absorption coefficient (Figure 3), respectively, and S was the fraction of radiation transmitted by the aperture without the sample, which was 0.184.

Plants nourished with textile effluent irradiated at 10 and 15 kGy showed best performance (Table 3) among the plants nourished by effluent irradiated at four different radiation doses, raw textile effluent and control sample, in case of these three-growth parameters (highest plant height, maximum leaf area and number of leaf average).

As shown in Figure 4, at two different radiation doses, administration of MitoPeroxidase 2 afforded an increase in survival.

In the case of Rician channels we examine the enhancement of average network throughput when in addition to the opportunistic beamforming at the BS, switching is performed at the receiver among different radiation patterns having significant antenna gains.

At the present time, different radiation schedules are used: in northern Europe, 25 Gy in five fractions (short course) is commonly applied, whereas 45 Gy in 25 fractions (long course) with chemotherapy is preferred in southern Europe and North America.

The main idea in opportunistic beamforming scenarios is the use of a different radiation pattern at the BS at each TDMA time slot, in order to induce a time-varying environment, even in the case of slow fading conditions.