1) reduction of wave resistance
消波降阻
2) wave damping absorber
阻尼消波
1.
A sponge layer for wave damping absorber combined with the Sommerfeld radiation is used to the open boundary.
对开敞边界,采用了海绵阻尼消波和Sommerfeld条件相结合的处理方式。
3) Damping absorber
阻尼消波
1.
Study on damping absorber for the irregular waves based on VOF method
基于VOF方法的不规则波数值波浪水槽的阻尼消波研究
4) Resistance reduction
降阻
1.
It is suggested that the grounding resistance reduction research direction will be to use modern intelligent method and information processing technique to improve the accuracy and practicability of grounding resistance measurement and to develop efficient and anti-corrosive resistance reduction material.
介绍了变电站接地电网的研究动态,对目前该研究领域中的热点问题—接地参数的计算、接地电阻的测量及其接地网的降阻处理等问题进行了分析。
2.
Based on theoretical calculations and engineering practice for the grounding resistance of the vertical grounding electrode using a steel pipe,an analysis is made of the relationship between the effect of the resistance reduction using the deep well method and soil resistivity,as well as the depth and diameter of the ground electrode.
通过对钢管作垂直接地极接地电阻的理论计算和工程实践,分析了深井法降阻与土壤电阻率、接地极深度及接地极直径的关系。
5) resistance-diminishing
降阻
1.
The dust-removing and resistance-diminishing mechanism of complexation was analysed theoretically.
从理论上分析了该复配物的除尘降阻机理,分别使用纯水、AOT溶液和PAM复配物溶液在自激式除尘器中进行了对比试验。
2.
The clouding, dust removing, resistance-diminishing mechanism, and the energy and reagent consumptions of the mixture liquor containing polyacrylamide were analysed.
分析了该复配物的湿润、除尘、降阻原理、消耗能量和试剂的经济性。
6) resistance-reducing
降阻
1.
Extension grounding application in substations resistance-reducing;
外延接地在变电站降阻改造中的应用
2.
Regarding the Grounding Network design of Ziyuan Meizhong 110KV Substation for Guilin Power Supply Bureau,Firstly,this article analyses several common resistance-reducing ways at present from the aspect of reducing grounding resistance of grounding network.
对于桂供资源梅中110KV变电站接地网的设计,本文主要从降低接地网接地电阻入手,首先分析了目前常规的几种降阻方法,然后通过比较选择一种适合本工程实际情况的一种新的降阻技术,即土壤改良降阻技术,最后通过理论计算分析,以验证其可行性及优越性。
补充资料：消阻
1.沮丧。 2.消释;消失。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条