So it is easy to get different frequency surface effect depth.
可以方便地求出不同频率的趋肤深度。
Waveguide product plating thickness can be confirmed through surface effect depth.
通过趋肤深度，可以确定波导产品的镀层厚度。
According to the surface effect of microwave conducting, surface coating thickness is correlative with microwave surface effect depth.
根据微波导通的趋肤效应表明，表面镀层厚度与微波的趋肤深度是相关的。
The surface characteristic of the grinding hardening parts and effect of grinding parameters on the hardness penetration depth and the new process industrial application will be illustrated in detail.
主要论述了磨削淬硬零件的表面特性及磨削参数对磨削淬硬层深度的影响以及在工业中应用的可行性。
The effect of grinding depth on work piece surface hardness and hardness layer depth is important factor.
磨削深度是影响工件表面硬度和磨削淬硬层厚度的主要因素。
The thermal buoyancy effect of the cooling water is clear in deeper water areas because the heat quantity of the cooling water is diffused at certain depth below water surface.
当水深较大时，温排水热上浮效应明显，温排水的热量仅在水体表层的一定深度内扩散。
The results show that whether the arc of A-TIG welding shrinks is related with active flux used. The surface active flux still has the effect on weld pool depth even when arc does not shrink.
结果表明，A-TIG焊电弧是否产生收缩与所使用的活性剂有关，即使在电弧未产生收缩情况下，表面活性剂仍然对焊接熔深的增加有较大的作用。
The main conclusions are as follow: 1. The wind stress of sea surface is one dynamical factor of thermocline, which has important effect on intensity and depth of the seasonal thermocline.
主要结果如下：海表风应力是影响温跃层的动力因子，对季节性温跃层的深度和强度均有重大影响，但对大洋温跃层的影响不大；
The effect of rare-earth elements, RE content, temperature and time on the penetrated depth, surface hardness and its distribution was investigated.
研究了稀土及稀土加入量、共渗温度、共渗时间对共渗层厚度、表面硬度及其分布的影响。
Furthermore, by the 2-d FEA model, the effect of the reduction of the surface settlement due to different distances of recharge or the depth of water-sealing was studied.
同时通过建立二维有限元模型，研究了工程上采用的回灌和止水措施对减小地表变形的作用。
Furthermore, by the 2-d FEA model, the effect of the reduction of the surface settlement due to different distances of recharge or the depth of water-sealing was studied.
同时通过建立二维有限元模型，研究了工程上采用的回灌和止水措施对减小地表变形的作用。
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