用超声分散法制备了球形与树枝状铋纳米晶体；
Spherical and dendritic Bi nanocrystals were prepared by ultrasonic dispersion method.
用超声分散工艺获得了不同粒径颗粒分布均匀的预制件。
Preforms with homogeneous distribution of large and small particles are made by ultrasonic dispersing technology.
结果表明：碳纳米管球磨后加入到镀液中，并通过超声分散，可以得到稳定的复合电镀液；
The results indicated that CNTs were stably suspended in nickel bath after ball-mill treatment and supersonic dispersion.
以超声分散塬位聚合的方法制备出不同碳纳米管含量的碳纳米管，聚酰亚胺功能复合材料膜。
The polyimide nano-composite films with different concentrations of carbon nano-tube were prepared by means of ultrasonic blending and in- situ polymerization.
碳纳米管的分散方法主要有：表面化学修饰、分散剂分散、超声分散、机械分散、溶剂分散。
The dispersion methods of carbon nanotubes are as follows:surface chemical modification, dispersing by dispersant, ultrasonic dispersion, mechanical dispersion and dissolving in solution.
方法采用改良的乙醇注入结合超声分散的方法制备环孢素长循环脂质体，蔗糖作为冻干保护剂冻干。
METHODS Pegylated CsA-liposome was prepared by a modified ethanol injection method, followed by sonication and lyophilization using sucrose as cryoprotectant.
结果表明，其中一种纳米铜能够提高基础油的减摩性能，采用超声分散比采用球磨分散的减摩性能好。
The results show that one of the nano-Cu shows better tribological properties, the ultrasonic disperse process shows better friction-reducing properties than the ball-milling disperse process.
本文探讨了分散剂、超声波分散时间、搅拌取样等因素对发泡剂AD C粒度测试值的影响。
This paper probes into the influences of such factors as dispersing agent, ultrasonic dispersion time, and stirring sample on the value of the grain size of foaming agent ADC.
即首先利用薄膜分散超声破碎法制备pl水分散液，然后与HA的水溶液混合，恒定温度搅拌一定时间得到复合物。
Then the suspension of pl was mixed with HA solution and the complex was obtained after stirring under a constant temperature for a definite time.
研究结果表明：随着超声时间的增加，吸光率增大，分散性能变好；
The results indicated that with the increase of ultrasonic time absorbency would become larger, and then the dispersion stability become well.
介绍了智能超声料位仪的系统组成和实现局部分散的多料仓料位集中显示方法；
This article introduces the systematic construction of intelligent ultrasonic level instrument and the method for realizing integrated display for the partial-scatter multi-silo lerels.
在需要时将碳纳米管微胶囊通过简单的超声处理即可均匀分散于有机溶剂中。
When necessary, the carbon nano-tube microcapsule can be disposed simply by ultrasonic, thus being uniformly dispersed in the organic solvent.
研究了超声波分散工艺对镀层的镀态硬度及热处理硬度的影响。
Study the influence to hardness value of coating before and after heat treatment with ultrasonic disperser craft.
TEM表明：通过超声波分散和硅烷偶联剂处理，纳米坡缕石粉体在复合材料中分散均匀。
The result of TEM showed after the treatment by ultrasonic wave and silicone coupling agent, nano-meter palygorskite powder could disperse uniformly in the complex material.
根据正交试验找到了较好的分散悬浮剂，通过添加分散悬浮剂和采用超声波分散的方法制备出悬浮性、分散性良好的油基纳米抗磨剂。
The oil-based nanometer antiwear agents with well suspension property and well dispersibility were prepared by choosing the proper dispersants and using the ultrasonic dispersion method.
采用薄膜分散与探头超声相结合的方法制备砂仁挥发油纳米脂质体，并对其形貌、大小进行了分析。
Film dispersion together with a probe supersonic method were used to prepare nano-liposomes containing volatile oil extracted from villous amomum fruits.
在测试之前，发泡剂adc样品需经超声波分散仪进行分散处理，消除部分团聚颗粒后才能准确测定粒度。
Before the test the sample of foaming agent should be dispersed with ultrasonic dispersion instrument to remove part of the aggregated grains, in order to measure the grain size correctly.
本文选用表面活性剂、恒温磁力搅拌和超声波相结合的方式，对复合镀液进行分散。
Surfactant, mechanical and ultrasonic technique are applied together to diverse nano-particle among composite electro-brush plating coating.
结果表明超声波能促进镍基催化剂活性，使镍微晶(111)晶面间距增大1.5%、并保持高分散态。
The results demonstrated that employment of ultrasonic wave has benefit on the maintenance of catalyst activity. The interspace of nickel (111) crystal face increases its distance at 1.5%.
分别采用无机电解质、表面活性剂和超声波等方法对纳米金刚石进行了分散实验研究。
The nanodiamond dispersion experiment was done by inorganic electrolyte, surface-active agent and supersonic wave methods.
与无超声波场的水解产物相比较，由于超声波的作用使水解产物粒子变得均匀而分散，产物的晶格常数c和平均晶粒度减小。
Compared with the product obtained without ultrasonic wave irradiation, the crystal structure and grain size of hydrolysis product have been changed.
以超声波为辅助工具，分别研究阳离子、阴离子型等表面活性剂在水中对碳纳米管分散性的影响，进而研究两种表面活性剂复配后对碳纳米管分散性的影响。
With the supersonic as a supplementary tool, the effects of cationic and anionic surfactants, and their mixtures on the dispersion of carbon nanotubes were studied in the solvent of water.
应用超声可以分散、破碎细胞；超声还具清洁作用。
在超声作用的帮助下可以把这种酸处理的多壁碳管分散在水中形成一种黑色的水溶胶 。
The peptizing temperature, the concentration of acids and the peptizing time have effect on the process of crystalizing and the growing up of the crystalline.
在超声作用的帮助下可以把这种酸处理的多壁碳管分散在水中形成一种黑色的水溶胶 。
The peptizing temperature, the concentration of acids and the peptizing time have effect on the process of crystalizing and the growing up of the crystalline.
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