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1·For a time, surface and subsurface current are in opposite directions; flow is seaward at the surface and landward near the bottom.

在一个时期，表层和次表层的水流方向相反；表层水流向外海方向流动，靠近底层的水流则向陆地方向流动。

2·It is necessary for the undercurrent to strongen in the western Pacific Ocean and for the sea surface current to weaken in the eastern Pacific Ocean.

赤道西太平洋潜流和东太平洋南赤道流减弱是产生厄尔尼诺的必要条件。

3·In this paper, a new method is presented for the calculation of surface current distribution and far region radiation field of the short backfire antenna.

本文提出一种用于分析和计算短背射天线表面电流分布和远区辐射场的方法。

4·Besides the authors advance a new calculation method that volume current density caused by saturation, medium is turned into equivalent surface current density.

提出了将媒质中由饱和引起的体电流密度化为等效面电流密度的计算方法。

5·The measuring methods of D C TIG welding arc anode sheet surface current density split sheet method and probe (made by ourselves) method were analysed and compared.

对直流TIG电弧阳极板表面电流密度的测量方法——分离极板法和探针（自制）法进行了分析比较。

6·The inductive heat source can thus be simplified as that of a thermal surface current and a model for the instantaneous temperature of heated parts thereby established.

根据研究结果将感应加热热源简化为表面热流边界条件，建立了加热阶段零件内瞬态温度变化规律模型。

7·The research on RCS reduction of microstrip patch antennas is carried out from the angle of the combination of resonant modes and the surface current distribution on the patch.

本文从微带贴片天线的谐振模式结合贴片表面电流分布的角度来研究微带贴片天线的RCS（雷达截面）减缩。

8·That the modified surface current will be given using the method of moments to solve either the electric or magnetic field surface integral equation at the resonant frequencies.

众所周知，在内谐振频率点上，用矩量法求解电场或磁场表面积分方程将得到不正确的表面电流。

9·In this paper we discuss the important parameter the ocean surface current and raise an algorithm to generate the vector current map in terms of data from two pieces of radial current map.

针对海洋动力学重要参数-海流，利用两台雷达的海洋表面径向流图，来生成海洋表面矢量流图的算法，并给出计算机模拟的结果。

10·The incorrect surface current may be obtained in the vicinity of the resonant frequencies when the method of moments is used to solve either the electric or magnetic field surface integral equation.

用矩量法求解闭合导体目标的电场积分方程或磁场积分方程将得到不正确的表面电流。