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Latest Experiences and Future Research of Water Chemistry―To Establish Advanced Water Chemistry Technologies as One of Key Technologies for Safer and More Reliable Plant Operation

机译：水化学的最新经验与未来研究 - 将先进的水化学技术建立为更安全，更可靠的工厂运行的关键技术之一

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1. Achieving More Reliable Operation of Turbine Generators at Nuclear Power Plants by Improving the Water Chemistry of the Generator Stator Cooling System [J] . V. F. Tyapkov, I. Yu. Chudakova, O. A. Alekseenko Thermal engineering . 2011,第8期

机译：通过改善发电机定子冷却系统的水化学性能，使核电站涡轮发电机更可靠地运行
2. Chemistry in Water Steam Cycle of Combined Cycle Power Plants: Experience and Future Development [J] . Robert Svoboda, F. Gabrielli, H. Hehs, VGB PowerTech . 2007,第3期

机译：联合循环电厂水蒸汽循环中的化学：经验和未来发展
3. Using Water Chemistry Technology to Improve the Reliability of Nuclear Power Plants [J] . Hideo Hirano 材料と環境 . 1999,第12期

机译：使用水化学技术提高核电站的可靠性
4. INNOVATIVE BOILER TECHNOLOGY FOR COMBINED CYCLE POWER PLANTS - FIELD EXPERIENCE IN WATER-CHEMISTRY [C] . E. Liebig, R. Svoboda, H. Hehs Power-Gen Europe . 2001

机译：创新锅炉技术为综合循环发电厂 - 水化学现场经验
5. The impact of advanced wastewater treatment technologies and wastewater strength on the energy consumption of large wastewater treatment plants. [D] . Newell, Timothy. 2012

机译：先进的废水处理技术和废水强度对大型废水处理厂能耗的影响。
6. From the CoverSurface Chemistry Special Feature: Surface chemistry: Key to control and advance myriad technologies [O] . John T. Yates Jr., Charles T. Campbell 2011

机译：来自CoverSurface Chemistry专刊：表面化学：控制和发展多种技术的关键
7. Major Roles of Water Chemistry for Safe and Reliable Nuclear Power Plant Operation [O] . 2007

机译：水化学的主要作用安全可靠的核电站运行
8. Acidic Deposition: State of Science and Technology. Report 14. Methods for Projecting Future Changes in Surface Water Acid-Base Chemistry [R] . Thornton, K. W., Marmorek, D., Ryan, P. F., 1990

机译：酸性沉积：科学技术状况。报告14.预测地表水酸碱化学未来变化的方法

Latest Experiences and Future Research of Water Chemistry―To Establish Advanced Water Chemistry Technologies as One of Key Technologies for Safer and More Reliable Plant Operation

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