sonochemical
sonochemical
1. CHEN Wei,FAN Jin-chu.The result and effecting factors of sonochemical degradation on organic compounds [J].Water Supply and Drain, 2000, 26(5):19-22.
[6]陈伟,范瑾初.超声降解水体中有机物的效果及影响因素[J].给水排水,2000,26(5):19-22.
2. CHEN Zhao-hua, ZHU Chang-pin,ZHAO Yi-yun, et al.Studies of Sonochemical Products of Minor-frequency Ultrasonic by the Way of Releasing Idion[J].Acoustics Technology, 1997, 28(4):12-15.
[8]陈兆华,朱昌平,赵逸云,等. 用碘释放法研究低频超声的声化学产量[J]. 声学技术,1997,28(4):12-15.
3. Keywords acephate;wastewater;sonochemical degradation;ultrasonic wave;effect of sound cavitation;
乙酰甲胺磷;废水;声化学降解;超声波;空化效应;
4. Sonochemical degradation of methylene blue in aqueous solution
亚甲基蓝的超声化学降解
5. It was found that the sonochemical yield is linearly related to sound intensity and irradiation time.
但是,直到目前,人们对空化泡数量与声化学产额之间定量关系的描述还很缺乏。
6. But this method will make the horn tip be quickly eroded by cavitation bubbles.The erosion not only shortens the life time of the horn, but also pollutes the sample in sonochemical cell.
但此种方式的缺点在于，超音波强度最大的位置在压电换能器变幅杆的末端，因此造成空蚀气泡侵蚀变幅杆，不仅使其寿命减短，更造成样品之污染。
7. Author Wang Wenxiang Han Pingfang Lu Xiaoping （Institute of Sonochemical Engineering;Nanjing University of Technology;Nanjing 210009）;
作者王文祥;韩萍芳;吕效平;
8. The KI solution is used as a sample, and sonochemical yield is studied in the light of the difference between the quadrangular prism and quadrangular frustum of a pyramid.
依据四棱台和四棱柱形状的差异,研究了声化学产率.结果表明,斜四棱台的效果最佳,大约是倒四棱台的3倍;倒四棱台(斗形状)的效果最差.这表明声化学产率与容器形状有关
9. Keywords sonochemical reactor;pulsed ultrasonic field;cavitation peak;sound energy loss;
关键词声化学反应器;脉冲声场;空化峰;声能损耗;
10. Keywords bromo-glucopyranose;sonochemical reaction dynamic equation;rate constant;
关键词溴化葡萄糖;声化学反应动力学方程;反应速率系数;
11. Keywords sonochemistry application sonochemical reactor drum;
声化学;应用;声化学反应器;
12. Keywords sonochemical yield;quadrangular frustum pyramid;quadrangular prism;KI solution;
声化学产率;四棱台;四棱柱;碘化钾溶液;
13. sonochemical yeild
声化学产额
14. Sonochemical internalization
声化学内在化
15. sonochemical reaction
声化学反应
16. sonochemical reactor
声化学反应器
17. Keywords sonochemical reactor;cooling;ultrasonic cavitation.;
声化学反应器;冷却降温;超声空化;
18. Sonochemical gene transfection
声化学基因转染
19. sonochemical route
声化学法
20. Keywords sonochemical equipment;sonochemical reactor;supersonic treatment equipment;
声化工设备;声化学反应器;超声处理设备;
21. The mechanism of sonochemical actions were discussed in view of mechanical fluctuation and cavitation effect of ultrasound.
并从超声的机械振动效应、声空化效应等方面分析了声化学的作用机理。
22. Keywords open acoustical processor;bi-membrane theory;sonochemical yeild;reaction kinetics;
开放式声化学反应体系;双膜理论;声化学产额;声化学反应动力学;
23. Sonochemical on-line synthesis and characterization of WO3/polystyrene nanocomposite[J].
引用该论文 付志兵,邱龙会,刘德斌,余斌.
24. Based on analyzing the defects existing in traditional sonochemical reactors, the authors developed a new type of sonochemical reactors that controls the reactant temperature by cooling and heating.
摘要在分析传统声化学反应器缺陷的基础上，研制了一种新型声化学反应器。
25. Abstract: Sound cavitation is the driving force of sonochemical reactions.Investigation on sonochemical yield is useful in application of sonochemistry.
文章摘要: 声空化是声化学反应的主动力，对声化学产额的研究将能更好地利用声化学技术。
26. Keywords organic/inorganic miscellaneous material;sonochemical process;optical properties;rare earth;
有机/无机杂化材料;声化学法;光学性能;稀土;
27. Based on sonochemical effect and antigene therapy,the paper provides a new strategy for clinical prevention and treatment of tumors by sonodynamic therapy with triples helix olignucleotide...
本文提出声敏剂修饰三螺旋结构寡核苷酸介导声动力治疗恶性肿瘤新策略,以期为临床恶性肿瘤的防治提供新的手段。
28. This treatise first reveals the enhancement of cavitation yield of bi beam ultrasound irradiation.These observations is important to the basic research of sound cavitation and sonochemical technology.
本文首次采用碘释放法发现双束脉冲超声辐照的空化产率增强效应。这一发现无疑对声空化效应的基础研究和声化学技术发展具有重要的意义。
29. Keywords airlift loop;sonochemical reactor;degradation;pentachlorophenol ion;
气升式;声化学反应器;降解;五氯酚离子;
30. Keywords iodine release method;bifrequency irradiation;sonochemical yield;
碘释放法;双频辐照;声化学产额;
31. Keywords Ultrasound Cavitation Sonochemical degradation Organic pollutants;
超声;空化;声化降解;有机污染物;
32. Keywords sonochemical synthesis;titanium dioxide;mesoporous material.;
超声化学;二氧化钛;介孔材料;
33. Sonochemical method
超声化学法
34. sonochemical hydrolysis
超声水解
35. sonochemical hydrolysis method
超声水解法
36. Keywords sonochemical hydrolysis method;SiO2 microspheres;monodisperse;
超声水解法;二氧化硅微球;单分散;
37. Keywords sonochemical synthesis;carbonated hydroxyapatite;nanocrystal;thermal stability;
超声波;纳米粉体;碳酸羟基磷灰石;热稳定性;
38. Keywords POPs;sonochemical decomposition;advanced chemical oxidation processes（AOPs）;hexachlorobenzene;
超声波降解;高级氧化技术;六氯苯;
39. sonochemical degradation
超声降解
40. Keywords sonochemical degradation;azo dye;methyl orange;
超声降解;偶氮染料;甲基橙;
41. Keywords continuous sound wave;cavitational effect;sonochemical yield;sonochemical reaction;
连续声波;空化效应;声化学产额;声化学反应;
42. Keywords Ultrasound;Cavitation;Cavitation bubble;Sonochemical yield;Reaction dynamic equation;
连续声波;空化效应;空化泡;声化学产额;声化学反应动力学方程;
43. The sonochemical degradation of methyl orange was studied use a 40kHz and 50 - 100W ultrasound device .
采用频率为40kHz,功率为50-100W的超声波发生器,对偶氮染料甲基橙进行降解。
