1) electrode holder
电极把持器
1.
It introduces the successful experience of gas and hydraulic pressure spring pressure maintaining load screw- down electrode holder applied to 16.
介绍了气、液压弹簧保压带负荷压放电极把持器在16。
2.
It introduced the structure and status of the electrode holder on submerged-arc furnace by the numbers in China.
介绍了我国矿热炉电极把持器的结构、种类及其优缺点,对电极把持器在使用过程中存在的对电极施压不均,不能有效控制电极压放、水循环冷却效果不佳等问题进行了分析,并提出了解决方案,对以后的进一步完善提出了建议。
3.
The situation and effect of applying electrode holder without ring co llector to semiclosed ferroalloy electric furnace with low hood are introduced, its advantages and spread value are also affirmed.
介绍了无集电环电极把持器在半封闭矮烟罩铁合金电炉上的使用情况及效果,肯定了 无集电环电极把持器的优点及推广价值。
2) electrode supporting cylinder system
电极把持器系统
3) electrode clamper
电极夹持器
1.
Analysis and improvement of electrode clamper structure of baosteel group;
宝钢冶炼电炉电极夹持器的结构分析及改进
4) Clamping Device of electrode Holder
电极夹紧把持装置
5) electrode holder
把持器
1.
Aiming to the problems which are existed in the electrode holder at submerged arc furnace in China, such as, the asymmetrical pressure, the unsuitable control of the holder' s reduction and also the bad effect of the cooling water, we put forward the new ideas for designing new pressure ring holder.
针对矿热炉把持器普遍存在施压不均、不能有效控制电极压放、水循环冷却效果不佳等问题,提出了新型压力环把持器的设计思路。
2.
Research construction design and parameters choice of the electrode holder,basing on the the key calculation on big and small water-cooling cashing pipe and pressure ring.
以矿热炉电极把持器的传热计算为核心,研究把持器的结构设计和参数选用。
3.
Submerged-arc furnace is a kind of primary equipment for ferroalloy smelting, and the electrode holder system is used for transferring powerful electric current to the electrode, clamping the contact shoe to the electrode, controlling the sintering of electrode.
本文介绍了电极把持器的作用功能,并从电极把持器发展的历程出发,结合工程实际对现有的把持器形式进行客观的分析评价,指出了传统的大螺钉式、径向顶紧的压力环式、锥形环式及近年来从国外引进了波纹管式、胶囊式及组合式把持器等类型的优缺点。
6) pipette holder
微电极夹持器
1.
An oblique hole through the glass pipette holder (above the lateral hole for cell seal suction) is drilled, through which a microcatheter (O.
利用通用的微电极夹持器在其抽吸负压的侧管上方钻一斜孔直通夹持器中央管腔。
补充资料:把持
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参考词条