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- Hydrodynamic cavitation as a tool to control macro-, micro-, and nano-properties of inorganic materials. 以液力气蚀作用调控无机材料之宏观、微观及纳米特性。
- This paper made a set of design of practical and effective hydrodynamic cavitation. 设计了1套实用有效的水力空化实验装置;
- The degradation of rhodamine B was studied by a 220l hydrodynamic cavitation set-up in this paper. 本试验利用两种孔板水力空化装置对若丹明B降解进行了试验研究,试验结果表明:水力空化对若丹明B确实有降解作用。
- It is key that equipment of hydrodynamic cavitation to make use of the hydrodynamic cavitation technique. 摘要水力空化装置是利用水力空化技术的关键。
- The flow regime transitions of hydrodynamic cavitation were studied experimentally,which shows that the structure, strength and e... 实验考察了水力空化的演变过程,说明了空化区的结构、强度及作用效果,是开发水力空化强化化工过程的关键。
- It is shown that hydrodynamic cavitation technology is a potential method to treat toxic and refractory organic waste water in the future. 水力空化技术在有毒、难降解有机污染水体的处理领域有潜在的应用前景。
- The hydrodynamic cavitation generated through a n orifice plate is used to decompose aqueous solution of KI in this work. 在由孔板产生的水力空化条件下对KI水溶液分解反应进行了实验研究。
- Chen Lijun,Wu Chunde,Zhang Jiexin,et al.Degradation of phenol in water by hydrodynamic cavitation and H2O2[J].Research of Environmental Sciences,2006,19(3):67-70. [3]陈利军;吴纯德;张捷鑫;等.;水力空化强化H2O2氧化降解水中苯酚的研究[J]
- The hydrodynamic cavitation for enhancing chemical processes was featured by easy operation,low energy consumption and high efficiency,etc.in comparison with ultrasonic cavitation. 通过与超声空化实验结果的比较,说明了水力空化对化工过程的强化具有简便易行、能耗低、效率高等特点;
- hydrodynamic cavitations 水力空化
- Best Condition Research of Hydrodynamic Cavitation Press 水力空化的最佳条件研究
- Keywords Hydrodynamic Cavitation;Hydroxyl;Mythylene Blue;Enhancive Effect; 水力空化;羟自由基;亚甲基蓝;强化效应;
- Unsteady hydrodynamic flow in a flood. 用于洪水的非稳态水动力学流态研究。
- Influence factors of phenol degradation in water by ozonization with enhancement of hydrodynamic cavitation 水力空化强化臭氧降解水中苯酚影响因素研究
- Experimental study of decomposition of rhodamine-B by hydrodynamic cavitation technique 水力空化降解若丹明B的试验研究
- Keywords hydrodynamic cavitation;orifice plate;rhodamine B;cavitional degradation;cavitional number; 水力空化;多洞孔板;若丹明B;空化降解;空化数;
- This situation is particularly significant in hydrodynamic traps. 这种情况对于水动力圈闭尤其有意义。
- Falling raindrops break up through hydrodynamic effects. 下落雨滴由于流体动力作用而破碎。
- His method is called the Hydrodynamic Pressure Process. 他的方法叫做水力压力方法。
- The adsorption is roughly proportional to the hydrodynamic spec... 纤维组份的吸附能力受化学环境的影响较细杂组份更为敏感。
