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1·Head stupid isn't you of wrong, but head feed water be you of wrong!

脑袋笨不是你的错，但脑袋进水就是你的不对了！

2·Feed water from middle, reduce detergent convenient for cleaning carpet.

中央输水，减少清洁剂的消耗和便于清洗地毯。

3·The solution is appropriate adjustment small cooling water feed water pressure.

解决的方法就是适当调小冷却水进水压力。

4·Start the bilge water feed pump, check the feed water solenoid valve and flow switch.

启动舱底水供给泵，检查补水电磁阀和流量开关是否工作。

5·It is of reference value for designing and adjusting regulator system of the feed water.

本文对于给水调节系统的设计和整定具有实际的参考价值。

6·Simulation of feed water system faults was conducted thereafter and a series of results achieved.

模型变更后，进行了给水系统的事故模拟，得出一系列的结果。

7·This article bases on insufficient ability of boiler feed water and constant shaft broken problems.

本文针对锅炉给水泵运行中存在能力不足、经常发生断轴的问题进行研究。

8·Apply for feed water, sewage treatment, power plant cooling water circulation and general industry application.

应用于给水、污水处理、电厂冷却水循环及一般工业应用领域。

9·Application of ion exchange softening method, can make steam boiler feed water hardness meet eligibility criteria.

应用离子交换软化法，可使蒸汽锅炉给水的硬度达到合格标准。

10·Procedure of manually combing large size unit's Feed water Pump is complex and easy to cause much change of drum level.

大机组给水泵手动并泵操作复杂，易造成汽包水位大幅波动。

给水

1·The result is relatively pure water or the permeate generated on one side of the membrane, while on the feed water side a concentrated brine or reject solution is generated.

相应的结果就是在膜的一侧产生了纯水或者渗透物，另一侧，即给水的那一侧，产生了浓缩盐和被隔阻的溶液。

2·It is indicated that the enhanced condensation heat transfer technology on vertical tubes, when applied to vertical utility heaters, can efficiently raise the feed water temperature and save energy.

最后指出，立管冷凝强化传热技术在电站的立式加热器中应用，可以较大幅度地提高给水温度，实现节能增效。

3·Application of ion exchange softening method, can make steam boiler feed water hardness meet eligibility criteria.

应用离子交换软化法，可使蒸汽锅炉给水的硬度达到合格标准。

4·It is of reference value for designing and adjusting regulator system of the feed water.

本文对于给水调节系统的设计和整定具有实际的参考价值。

5·When the requirements of product water design and feed water concentration are different, the different optimal design scheme can be derived from this design method.

当产品水的设计要求不同，给水浓度不同时，采用本文的设计方法分别得出了不同的最优设计方案。

(1)boiler feedwater锅炉给水