capacity of condenser
英 [kəˈpæsəti ɒv kənˈdensə(r)]
美 [kəˈpæsəti əv kənˈdensər]
网络 电容器的电容量
双语例句
- The Vertical Bearing Capacity and Settlement Analysis of the Pre-stressed Concrete Pipe Pile Causes of vacuum reduction of condenser of steam turbine and on-line handling
预应力混凝土管桩的承载机理研究及沉降分析汽轮机凝汽器真空度降低的原因及在线处理 - The actual condensing capacity of the condenser of 1# lead column is evidently smaller than the bulk-thermodynamics burden, but the condenser always keeps away from breaking the top in.
针对冶炼厂锌精馏过程中铅塔冷凝器实际冷凝能力明显比其设计容积热负荷低，但却不能避免冲顶事故的发生。 - Then compared the capacity of evaporator and condenser in three forms which are straight, coil and added disturbance., the result is heat interchanger has the highest effect in the third form.
同时，还将同样强化翅片换热器在盘管、直管和增加干扰环三种形式下的蒸发和冷凝能力进行了比较，发现采用增加干扰环的形式，蒸发和冷凝的换热效果均较为理想。 - After PTA capacity increasing modification, the technology rating results of the oxidation condenser showed that the heat transfer area was inadequate. As a result, the real condenser outlet temperature was higher than the original design one.
对化工厂PTA扩能改造后氧化反应冷凝器进行的工艺标定结果表明，换热面积不足，导致实际冷凝出口温度高于原设计温度。 - Effect of the air velocity on the heat transfer capacity of condenser
风速对冷凝器换热能力的影响 - Effect of Heat-treatment on the Specific Capacity of Aluminium Foil Used as High-voltage Electrolytic Condenser Anode
热处理对高压电解电容器阳极铝箔比电容的影响 - Study of Capacity of Heat Transfer about Condenser of 1# Lead Column in the Zinc Refining
锌精馏铅塔冷凝器换热数学模型研究 - The effect of the air velocity on the heat transfer capacity of condenser was analyzed by calculating the air-side heat transfer coefficient, the changes of the temperature inside and outside tube at different air velocity.
通过计算不同风速下空气侧换热系数和管内外温度的变化，来分析风速对冷凝器换热能力的影响。 - The control principle and realization method of the electronic expansion valve regulating degree of superheat of the outdoor evaporator and the compressor capacity regulating condenser depression of the indoor condenser to satisfy indoor heating and hot water load are studied.
研究了电子膨胀阀调节室外蒸发器过热度与压缩机变容量调节室内冷凝器过冷度、满足室内供热与热水负荷的控制原理与实现方法。 - Condenser design according to the maximum working condition, for avoiding the problem of thermal efficiency decline under low temperature, at the same time can reduce the impact on refrigerant capacity under the different volume of evaporator and condenser.
冷凝器按照最大工况设计，避免了低温换热效率下降的问题，同时可以减小由于蒸发器和冷凝器容积不同而对制冷剂充注量的影响。