Sentence examples for minimum power transfer from inspiring English sources

01 P. Figure 7 Energy efficiency vs minimum power transfer, M =4, N = d = I =2, ϱ =0.

Figure 5 Energy efficiency vs minimum power transfer, M =4, N = d = I =2. Figure 6 illustrates the average system energy efficiency versus the transmit antenna for proposed algorithm II with a fixed ratio of M I.

Impedance matching using passive network is very important in the design of RF and microwave circuits to achieve maximum power transfer, minimum reflection, and adequate harmonic rejection.

Numerical results reveal that the system energy efficiency does not necessarily increase with an increasing minimum required power transfer.

01 P. Figure 5 shows the average system energy efficiency versus the maximum transmit power allowance for proposed algorithm II with different minimum required power transfer.

where κ and λ denote the Lagrange multipliers associated with the power constraints and the individual minimum required power transfer constraints.

ϱ j,k is a constant which specifies the minimum required power transfer to User- (j,k) and ϱ j,k >0, ∀j,k.

It is worth noting that the joint optimization of the power splitting factors and the minimum required power transfer also has important affection of the performance of system energy efficiency.

Combining with numerical results observed in Figure 3, it is easy to know that there is an optimal value of minimum required power transfer in the considered systems which can be optimized that would be studied in our future works.

The optimal mass-transfer time, minimum entropy production rate and minimum power input are calculated.

By setting minimum power consumption as optimization objective and entransy consumption as constraint condition, optimization flow field equation for convective heat transfer on the basis of energy conservation equation and continuity equation are constructed.