1) compensation & capacity increasing
补偿增容
3) compensation capacity
补偿容量
1.
It puts forward common style of reactive compensation to increase power factor of ore smelting electric arc furnace, focuses in describing running point of terminal compensation in power circle figure and deducing new calculating formulas of active power andcompensation capacity that can be reincreased.
重点介绍了采用电炉的功率圆图描绘表达终端补偿的运行特点,以及可以再增加的有功功率和补偿容量的新计算公式推导,同时介绍了自愈式电容器的选择应用。
2.
The method of calculating compensation capacity is discussed when reactive compensation capacitor is buih in substation.
探讨了变电站在进行无功补偿电容器建设时确定补偿容量的计算方法。
3.
Emphasis is put on the two typical connection modes of compensation capacitor and the determination of reactive power compensation capacity.
重点介绍了补偿电容器的2种常用接线方式及其无功补偿容量的确定。
4) compensation capacitance
补偿电容
1.
Design of the ZPW-2000A Non-insulated Track Circuit Compensation Capacitance
客运专线ZPW-2000A无绝缘轨道电路补偿电容的设置
5) capacitance compensation
电容补偿
1.
Study of a control method for capacitance compensation at substation;
变电所电容补偿控制方法的研究
2.
The way to determine the sizes of permanent magnet and the new ways of capacitance compensation and calculation were presented.
扼要介绍了径向励磁结构的稀土永磁同步发电机的结构特点,提出了确定永磁体尺寸的方法步骤;提出新的电容补偿方法及补偿电容量的计算,简单介绍了稳压电路的工作原理;最后给出试验结果并进行了分析。
3.
Based on the principle of the reactive-load compensation,this paper probes into the forms of the capacitance compensation adopted by the substations,and points out that adopting the real-time reactive-load compensation is the best configuration fitting in with the principle of the reactive-load compensation.
依据无功补偿的原则,对变电站采用的电容补偿形式进行了探讨,指出采用实时无功补偿是符合无功补偿原则的最佳配置。
6) capacity compensation
容量补偿
1.
It discusses the impact of the British capacity compensation model and the two-step pricing method on generation investment.
发电容量补偿方法对于发电容量投资的刺激作用不仅仅取决于补偿量的大小,同时也取决于补偿的对象与途径,有关容量补偿问题还需要进一步研究。
补充资料：增容剂
分子式：
CAS号：
性质：也称相容剂,是近十多年来发展起来的一类塑料助剂。它加在高分子共混物中，促进组分间的相容性，使组分均匀分散而不发生相分离，从而达到改进塑料合金性能及制备多种塑料合金的目的。实际上相容剂也是一种高分子偶联剂。
CAS号：
性质：也称相容剂,是近十多年来发展起来的一类塑料助剂。它加在高分子共混物中，促进组分间的相容性，使组分均匀分散而不发生相分离，从而达到改进塑料合金性能及制备多种塑料合金的目的。实际上相容剂也是一种高分子偶联剂。
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