1) high resistance seals
高阻封接
1.
The patch clamp technique developed on the basis of voltage clamp and it enables to record electrical signals (channel current) from localized regions of membranes on cell through high resistance seals between patch pipette and cell membranes.
膜片钳技术是在电压钳基础上发展的 ,将尖端为 1 μm的玻璃微电极吸附到细胞表面 ,使微电极与细胞膜形成高阻封接 ,从而可记录到膜上 p A级的离子通道电流 ,目前已发展了多种记录模式 ,对细胞进行电压和电流钳制 ,以观察各种离子通道及其调控。
2) high frequency sealing
高频封接
3) high-resistance grounding
高阻接地
1.
Aiming at high-resistance grounding faults,the operating characteristics of phase current differential protection and zero-sequence current differential protection are analyzed,and a conclusion is obtained that when high-resistance grounding,zero-sequence current differential protection is more sensitive than phase current differential protection.
针对高阻接地的特殊故障,仔细分析了分相电流差动保护和零序电流差动保护的动作特性,并得出结论:高阻接地时,零序差动比相电流差动更灵敏。
4) grounding with high resistance
高阻接地
1.
Based on probability analysis,a new method of fault detection and location in distribution network grounding with high resistance is proposed in this paper.
针对配电网系统的单相高阻接地故障,提出了一种基于概率分析的故障检测与定位方法。
5) high resistance grounding
高阻接地
1.
With comparing different methods of grounding and considering different factors, high resistance grounding was selected.
经过对各种接地方式的比较,综合考虑了各方面的因素之后,选择了高阻接地这一适合于船舶电力系统的接地方式。
2.
The design features of service power system in Huizhou Gas Turbine Power Plant are as follows:to adopt two-winding transformer for high voltage service power,the bus section for medium voltage service power is designed as one section;to adopt high resistance grounding for the neutral point of high voltage service power .
惠州燃机电厂厂用电系统的高压厂变选用双卷变压器、中压厂用母线段设计为一段、高压厂用电系统中性点采用高阻接地方式、不设高压公用母线、每台机组均设置一段交流保安电源,这种厂用电系统设计合理、操作维护方便。
3.
Taking the faults of high resistance grounding before and after the capacity expansion of Datong-Qinhuangdao Line,and starting from the introduction of current increment protection principles,this paper analyzes the problem of high resistance grounding in tractive power supply system,and probes into the significance of current increment protection.
以大秦线扩能改造前后发生的高阻接地故障为例,从介绍电流增量保护原理入手,分析了牵引供电系统高阻接地问题,探讨了电流增量保护的意义。
6) high impedance grounding
高阻接地
1.
A new algorithm of fault allocation for high impedance grounding is presented,which is based on the math model of power line described by differential equation and uses the information of single terminal to allocate the fault of HV power transmission line.
提出了一种适用于高阻接地故障的故障测距新算法。
补充资料：九日阻雨简高侍御（时与高公近邻）
【诗文】：
江上重云起，何曾裛□尘。不能成落帽，翻欲更摧巾。
素发闲依枕，黄花暗待人。且应携下价，芒屦就诸邻。
【注释】：
【出处】：
全唐诗：卷817-72
江上重云起，何曾裛□尘。不能成落帽，翻欲更摧巾。
素发闲依枕，黄花暗待人。且应携下价，芒屦就诸邻。
【注释】：
【出处】：
全唐诗：卷817-72
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