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1·At first, the minimum transmitted power control model is derived.

首先导出了最小发送功率控制模型。

2·Furthermore, the formulae of transmitted power, loss power, attenuation constant and equivalent impedance for TM and te modes are deduced.

此外，推导出波导tm、TE模的传输功率、损耗功率、衰减常数、等效阻抗等特征参数的边界元公式。

3·The practicability analysis of the power flow evaluation criterion and the relationship between the vibration level and transmitted power flow are presented.

探讨了功率流分析在隔振设计中的可行性，以及功率流评估指标与振级落差指标之间的内在联系。

4·And then an optimum sensing time and transmitted power allocation was proposed by making use of the approximate outage probability formulation as cost function.

然后以近似表达式为代价函数，提出一种优化感测时间和功率分配方案。

5·Theoretical analysis and simulation results show optimum sensing time and transmitted power allocation would improve outage performance of cognitive system affectively.

理论和仿真结果表明，通过优化感测时间和功率分配能有效改善感知系统的中断性能。

6·A downlink admission control (ac) algorithm is proposed in code division multiple access (CDMA) systems, that is based on multi-cell transmitted power raised estimation.

提出了一种在码分多址(CDMA)系统中，基于多小区功率增长估计的下行接纳控制(AC)算法。

7·The power transmission equation of VSC is simplified by coordinate transformation, and the control system for transmitted power of VSC is designed by use of unsymmetrical triggering method.

并通过坐标变换简化了VSC的功率传输方程，还采用不对称触发策略设计了VSC的传输功率控制系统。

8·On the digital subscriber loop we realized the algorithm, got the max receiving bit, analysed the relation between the max receiving bit and transmitted power, and got the result of bit allocation.

用计算机仿真的方法在数字用户环路上实现了该算法，并测定其数字用户环路上所能获得的最大传码率，分析最大传码率与发送总功率的关系，给出比特分配结果。

9·An antenna and extra power allow the signal to be transmitted over long distances.

信号通过天线与额外功率能够传输很长的距离。

10·The problem is that the energy is transmitted in all directions, which means that power is lost rapidly with distance.

该定律存在这样一个问题，能量会朝各个方向传播，这意味着电能会随着距离的增加而消失得越来越快。