1) protection among wheels
轮间保护
1.
In order to keep rate of braking efficiency and balance deflexion of airbody,balance modulating scheme realizing protection among wheels were.
针对某型飞机的刹车系统,综合分析了引起起落架栽荷非对称的各种因素以及应用传统建模方法的不足,改进并建立了可适应非对称载荷影响的刹车系统双通道模型,设计出新的基于自动式轮间保护的平衡调节方案。
3) Protection time
保护时间
1.
The emulation result shows that the protection time severely depends on protection and switching protocol,and the effect of the switch time of optical switches on protection time is independent on network size.
仿真结果表明 ,网络业务的保护时间与保护倒换协议有重要关系 ,而光开关的动作时间对保护倒换时间的影响与网络规模没有关系 。
4) Interturn protection
匝间保护
1.
Analysis of WDK-600 shunt reactor interturn protection;
WDK-600微机电抗器保护装置匝间保护原理分析
2.
A novel shunt reactor interturn protection scheme is proposed based on zero-sequence compensated voltage magnitude comparison.
针对高压电抗器小匝数匝间保护目前存在的问题,提出了一种新的基于零序补偿电压幅值比较原理的电抗器匝间保护方案。
3.
This paper is prepared for main purpose of studying and discussing relative protection problems occurred in physical operation of power plant including mainly the problems happened during operation of high frequency protection passages, those in respect of interturn protections of generator and those regarding backup protections of self-shunt excitation generator.
本论文主要针对发电厂实际运行中有关继电保护问题进行研究与探讨,主要包括高频保护通道运行中的问题、发电机匝间保护问题以及自并励发电机后备保护问题。
5) protective gap
保护间隙
1.
The cause for one accident in Xichang power grid is analyzed,and it shows that misoperation of protective gas neutral point is the result of the unsuitable setting of neutral point protective gap of transformer.
指出因变压器中性点保护间隙整定不当造成了中性点保护间隙的误动作。
2.
This paper introduces the research on protective gap used in the live fine work of 500 kV transmission fine.
对用于500kV输电线路带电作业的保护间隙进行了研究。
3.
The influence of safety distance, protective gaps and working methods are analyzed and discussed.
介绍了近年来送配电带电作业在技术理论、工器具、标准制定、作业方式等方面的现状和发展,针对带电作业安全距离、绝缘工具、保护间隙等关系安全作业的重要因素进行了分析和研究,并对配电线路带电作业的安全防护及作业方式进行了分析讨论。
6) inter-turn protection
匝间保护
1.
Analysis of inter-turn protection in shunt reactor in ultra-high-voltage substation-used power system
特高压站用电并联电抗器匝间保护分析
2.
Analysis on inter-turn protection in busbar high voltage shunt reactor
一起母线高压电抗器匝间保护动作事件的分析
3.
When only three leading terminals are provided in neutral side of a generator,the inter-turn protection usually consists of longitudinal zero-sequence voltage relay and directional negative-sequence relay based on fault component.
文章首先分析了这两种保护存在的问题,随后在不对称故障分析的基础上,提出了一种实用的负序匝间保护方案。
补充资料：梵轮法轮同异
【梵轮法轮同异】
（术语）智度论二十五曰：“问曰：佛或时名法轮，或时名梵轮，有何等异？答曰：说梵轮法轮无异。复次，有人言：说梵轮者，现四无量心，说法轮者，示四谛法。复次，梵轮因四无量心得道，是名梵轮，依余法得道，是名法轮。梵轮示四禅，法轮示三十七品。梵轮示修禅定圣道，法轮示修智慧圣道。”
（术语）智度论二十五曰：“问曰：佛或时名法轮，或时名梵轮，有何等异？答曰：说梵轮法轮无异。复次，有人言：说梵轮者，现四无量心，说法轮者，示四谛法。复次，梵轮因四无量心得道，是名梵轮，依余法得道，是名法轮。梵轮示四禅，法轮示三十七品。梵轮示修禅定圣道，法轮示修智慧圣道。”
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