Back -filling the SF6 gas into the switch.
能对SF 6电器开关的气体进行回收。
Reclamation of the SF6 gas from the switch.
能对SF 6电器开关的气体进行回收。
Purification and drying treatment of the reclaimed SF6 GAS.
能对回收的SF 6气体净化处理。
SF6 is safe if there is adequate oxygen present in inhaled air.
当吸入的空气中含有充足的氧气时，SF6是对人体无害的。
NOTE SF6 is a potent greenhouse gas and its use is discouraged.
六氟化硫（SF6）是一种潜在的温室气体，不鼓励使用。
So the SF6 gas does not occur divulges, its density does not change.
所以只要容器内SF 6气体不发生泄漏，其密度不变化。
This must be considered in the design of SF6 gas-insulated transformer.
在设计SF_6气体绝缘变压器时必须充分考虑这一点。
Experiments are performed using a CW tunable CO2 laser and SF6 gas as nonlinear medium.
使用可调谐连续波CO_2激光器和SF_6气体作非线性介质作了实验研究。
The installation and maintenance of SF6 can make sure the safe operation of the power system.
做好SF6的安装、维护，能保证电力系统的安全运行。
It shall have SF6 gas density relay and emergency alarm as well as blocking operating mechanism.
有SF 6气体密度继电器，并能事故报警，及闭锁操作机构。
Therefore the pressure and temperature distribution in SF6 GIS become the focus of the research.
因此对SF6封闭式组合电器各气室因内部电弧引起的压力、温度场研究，成为研究的重点。
Therefore, SF6 density relay switch will have a direct bearing on the possibility of normal operation.
因此SF 6密度继电器的好坏直接关系着开关是否能够正常运行。
The electric field calculation is used for the insulation design of SF6 circuit breaker arc-extinguishing chamber.
结合一SF_6断路器灭弧室的设计讨论了电场计算在灭弧室绝缘设计中的应用。
SF6 gas has been widely used in the power equipments as an excellent electric insulating and arc-quenching medium.
SF 6气体作为优异的绝缘介质和灭弧介质，被广泛地应用于各种电力设备中。
So puts forward adopting mixed gas or taking heating SF6 gas to solve SF6 breaker reliable operation in rigid area.
为此，提出了采用混合气体，或者采用加热SF6气体的方法，解决高压SF6断路器在严寒地区可靠运行的问题。
In addition, the paper introduces the method of evaluating the quantity of absorbent put into SF6 electrical apparatus.
最后，还介绍了在SF_6电器设备中吸附剂放置量的估算方法。
Based on two dimensional MHD mathematical model of nozzle arc, a CAD program is developed for SF6 circuit breaker design.
在建立的喷口电弧二维磁流体动力学数学模型的基础上，开发了SF_6断路器的CAD软件。
There are two main parameters in monitoring the status of SF6 gas, one is leakiness, and the other is water vapor content.
对SF6气体的状态监测主要体现在两个方面：泄漏和微水含量。
A randomly stepped leader propagation model is proposed to investigate the gas discharge phenomena in SF6 circuit breaker.
提出了模拟SF 6断路器中气体放电过程的随机步进式先导贯穿模型。
Sulfur hexafluoride (SF6) gas is the first synthesis of two French people, has not yet found its natural products in nature.
六氟化硫（SF6）气体是两个法国人首次合成，至今仍未在自然界找到它的天然产物。
For LW14 and LW15 SF6 circuit breaker, the reason of reclosing block after opening operation has been analyzed in the paper.
对部分LW14,LW15型SF 6断路器分闸操作后重合闸闭锁的原因进行了分析，提出了改造方案，并在实践中取得了良好效果。
IEC 60480 standards had made definite regulations on reusing and recovering process of SF6 from used electric power equipment.
IEC 60480标准对已使用过的电气设备中取出SF 6气体的回收再生程序及其检测、管理作出了明确规定。
The article introduces the program? Method and points for attention in vacuumizing and puffing SF6 gas when we install SF6 GIS.
介绍了在SF 6全封闭组合电器安装时，抽真空与充sf 6气体的程序、方法以及注意事项。
This card has been applied to SF6. It application shows that it is provided with high reliability, low cost and easy operation.
该 数据采集卡在SF6微水检测中得到应用，实验证明，该 数据采集 卡可靠性高、成本低、使用方便。
The working principle and operating method of a newly developed automatic verification tester for SF6 density relay was introduced.
介绍了最新研制的一种SF6密度继电器自动校验仪的工作原理及使用方法。
Part of the silicon layer was masked and dry etched with SF6 gas to allow connection of the current-collector to the outside circuit.
硅片的一部分经掩膜后进行SF6干法刻蚀，从而使集流器能够连接到外电路上。
This paper introduces the configuration of an on-line monitoring device based on type 80C196KC20 MCU aiming at monitoring the SF6 circuit breaker.
阐述了一种以80C196KC20型单片机为核心，以SF_6断路器为监测对象的在线监测仪的系统构成。
The composition, major function, operating principle and design idea of SF6 environment monitoring system for high-tension switch house were introduced.
介绍了高压开关配电室SF 6环境监测系统的组成、主要功能、工作原理及设计思想。
The physical and electrical properties and effect on human body by the toxic products of the gas SF6 in SF6 combined electrical equipment are introduced.
介绍了SF_6组合电器中SF_6气体的物理性质、电气性质及有毒产物对人体伤害的影响。
Compared with traditional off-line and other on-line detection technologies, optical imaging technology is a great breakthrough in the SF6 gas leakage detection.
相对于传统的非在线检测和其它在线检测技术来说，光学成像技术在SF 6气体泄漏检测方面，是一个比较大的突破。
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