Installation Powered by water pressure to the Tank and Liquid Transfer lighter than Water and miscible with, especially flammable liquids.

• 1. 不溶混液体装桶的方法及其应用特别是用于白磷装桶 [P] . 中国专利： CN1061571A . 1992-06-03
• 2. 高效气水混溶装置及其气水混溶方法 [P] . 中国专利： CN109382011A . 2019-02-26
• 3. pressurized water powered kegerator for liquids, which is lighter than water and this is not miscible. [P] . 瑞士专利： CH138826A . 1930-03-31

  机译： 压水动力桶装液体，比水轻，并且不能混溶。

• 4. Distribution device for the water under pressure fluid lighter than the water and which do not mix with the invention mainly of flammable liquids [P] . 法国专利： FR675543A . 1930-02-11

  机译： 用于压力流体的水分配装置，其压力比水轻，并且不与本发明混合，主要是易燃液体

• 5. plant water cooler for cooling gas pressure of tanks containing flammable liquids [P] . IT212125Z2 . 1989-06-16

  机译： 植物水冷却器，用于冷却装有易燃液体的储罐的气压

• 1. Vapor-Liquid Equilibria for Water＋Hydrochloric Acid＋Magnesium Chloride and Water＋Hydrochloric Acid_Calcium Chloride Systems at Atmospheric Pressure [J] . 张颖, 周荣琪 中国化学工程学报：英文版 . 2006,第002期
• 2. Impact of transferred water on the hydrochemistry and water quality of surface water and groundwater in Baiyangdian Lake, North China [J] . Yong Zhao, Jingyan Han, Bing Zhang, 地学前缘(英文版) . 2021,第003期
• 3. Hydrophobic ionic liquids/water interfacial phase transfer induced by direct current electric field [J] . NIU Dongxiao, CHEN Jiajia, WANG Wei, 核技术（英文版） . 2011,第004期
• 4. INVESTIGATION OF THE EXTINGUISHING FEATURES FOR LIQUID FUELS AND ORGANIC FLAMMABLE LIQUIDS ATOMIZED BY A WATER FLOW [C] . Ivan V. Voytkov, Maksim V. Zabelin, Olga V. Vysokomornaya Conference on Thermophysical Basis of Energy Technologies . 2016
• 5. Spill and burning behavior of flammable liquids. [D] . Benfer, Matthew E. 2010
• 6. Rainwater harvesting system installations required to offset new water demand created by growing populations in Broward and Palm Beach Counties: A dataset for decision making based on numbers of installations costs and water and energy savings [O] . Kurt Wurthmann 2020
• 7. The thermodynamic changes that occur upon mixing five models of formamide and three models of water, including the miscibility of these model combinations itself, is studied by performing Monte Carlo computer simulations using an appropriately chosen thermodynamic cycle and the method of thermodynamic integration. The results show that the mixing of these two components is close to the ideal mixing, as both the energy and entropy of mixing turn out to be rather close to the ideal term in the entire composition range. Concerning the energy of mixing, the OPLS/AA-mod model of formamide behaves in a qualitatively different way than the other models considered. Thus, this model results in negative, while the other ones in positive energy of mixing values in combination with all three water models considered. Experimental data supports this latter behavior. Although the Helmholtz free energy of mixing always turns out to be negative in the entire composition range, the majority of the model combinations tested either show limited miscibility, or, at least, approach the miscibility limit very closely in certain compositions. Concerning both the miscibility and the energy of mixing of these model combinations, we recommend the use of the combination of the CHARMM formamide and TIP4P water models in simulations of water-formamide mixtures. [O] . Kiss, Bálint, Fábián, Balázs, Idrissi, Abdenacer, 2017
• 8. Cargo Tanks,Bottom Loading of Flammable Liquids. Volume II. Review and Analysis of Liquid Level Control Systems Used in Bottom Loading of Flammable Liquids into Cargo Tanks. [R] . johnson, n. b. tyndall, l. h. 1977

• 1. Justification of public investment initiatives on water transfer systems as an instrument for water balances in Spain: the case of the J#250;car–Vinalop#243;water transfer system [J] . Martin Sevilla ,Teresa Torregrosa . 农业科学（英文） . 2011,第4期
• 2. PRESSURE COMPENSATION METHOD OF UNDERWATER HYDRAULIC SYSTEM WITH HYDRAULIC POWER UNIT BEING UNDER ATMOSPHERIC CIRCUMSTANCE AND PRESSURE COMPENSATED VALVE [J] . Wang Qingfeng ,Li Yanmin ,Zhong Tianyu . 中国机械工程学报 . 2005,第003期
• 3. 微波与丙三醇-水，乙醇-水混溶介质相互作用机理的实验研究 [C] . 邓京川 . 第三届全国微波应用学术会议 . 1987