The FDTD model of the coaxial probe- fed microstrip antennas is sets up using a simplified model of coaxial line.

利用同轴线的简化模型建立了适用于同轴馈电微带天线分析的FDTD模型。

The structure of medium inside the coaxial line has been optimized and designed by establishing mathematic model of coaxial line under the condition of multi-layer medium.

建立了同轴线在多层介质条件下的数学模型，优化设计了同轴线内的介质结构。

With this method, the admittance of the wire antenna excited by coaxial line is calculated.

并根据此混合域基函数，对同轴线激励的线天线的导纳特性进行了仿真计算。

Ethernet used its cabling as radio “ether” by simply broadcasting packets over a thick coaxial line.

通过在粗同轴电缆中以广播方式发送数据包，以太网把网线布线当作广播用的“光以太”。

The multipactor thresholds of rectangular wave-guide and square coaxial line were predicted and compared.

对空间微波重要部件矩形波导和方同轴线的微放电效应阈值进行了预测计算和对比。

The multipactor thresholds of rectangular wave - guide and square coaxial line were predicted and compared.

对空间微波重要部件矩形波导和方同轴线的微放电效应阈值进行了预测计算和对比.

When the coaxial line probe is inserted into the solution, there will be some air bubbles attached on the surface of the probe due to the electrochemical reaction.

由于电化学反应，插入溶液的测量探头表面容易产生气泡，对测量结果产生影响。