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   超声洗涤 的翻译结果: 查询用时:0.417秒
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超声洗涤
相关语句
  ultrasonic washing
     After ultrasonic washing, the average particle size of the product was decreased from 1.02μm to 0.68μm of raw material and the particle size distribution (D_(10)-D_(97)) became narrow from 0.23~3.18μm to 0.17~1.57μm;
     相同洗涤次数后,超声洗涤产物颗粒的平均粒径从原料的1.02μm减小到0.68μm,粒度分布(D_(10)-D_(97))也由原料的0.23~3.18μm减小到0.17~1.57μm;
短句来源
     An orthogonal experimental design method and a contrastive one are used to research the ultrasonic washing parameter and washing technique of home ultrasonic dishwasher.
     然后,采用正交和对比试验设计法对家用超声波洗碗机的超声洗涤参数和洗涤工艺进行研究,确定出能得到较好洗涤效果的洗涤方式,为研制家用超声波洗碗机进行了机理试验研究.
短句来源
     Influence of Ultrasonic Washing on ZrO2 Nanoparticles Prepared by Sol-gel Method
     超声洗涤对溶胶—凝胶法制备氧化锆纳米粉体的影响
     According to SEM photographs, the particle size of the product became smaller, particle size and morphology became more uniform and mass congregation was reduced after ultrasonic washing, the same as results obtained by laser particle size distribution.
     SEM分析表明,经超声洗涤后产物的团聚现象减小,粒度分布更均匀,颗粒也较小,与激光粒度测试一致。
短句来源
     The results show that ultrasonic washing with proper intensity can reduce the agglomeration formation resulting in a powder with small particle sizes and narrow distribution;
     研究结果表明,适当功率的超声洗涤有助于减少氧化锆制备过程中团聚体的产生,所得粉体颗粒较小且分布窄;
  “超声洗涤”译为未确定词的双语例句
     More acid was remove from the hydrated titanium dioxide solution by using ultrasonic disintegrator and the concentration of Fe in washings was reduced to 5mg/L before pH value arrived at 1.5. The mass content of Fe element among Fe、 S、 Ti in the product was under 0.5% by EDS analysis.
     在超声洗涤洗液pH值达到1.5之前,洗液中的铁浓度已经降到5mg/L; EDS分析表明,水洗产物中Fe在S、Fe、Ti三种元素的质量百分含量已低于0.5%。
短句来源
     Ultrasonic Irradiation Wash of Hydrated Titanium Dioxide
     超声洗涤水合二氧化钛的研究
短句来源
     Investigation on Washing Hydrated Titanium Dioxide Using Ultrasonic Irradiation
     水合二氧化钛的超声洗涤研究
短句来源
     In the aspect of cleaning technique, the intensity of relative cavitation in the cleaning trough is analyzed by the method of corroding aluminum foil, which provided the basis for the choice of ultrasonic cleaning parameter. Then ultrasonic cleaning parameter and cleaning procedure are confirmed excellently through the method of orthogonal experimental design. The best parameter is ultrasonic power 300w, swept, cleaning time 9 min, room temperature and the cleaning procedure is: sprinkling with 45 C hot water(5 min.)
     洗涤工艺方面,通过铝箔腐蚀法,分析超声洗涤槽内的相对空化强度,给超声清洗参数的选择提供依据,继而通过正交试验优选出超声洗涤参数和洗涤流程,最后选定超声功率300w、扫频、清洗时间9min、室温以及由45℃热水冲洗(5min)→超声洗(9min)→60℃水冲洗(5min)的洗涤流程为最佳洗涤流程。
短句来源
     After long time storage, being sonicated in water and anhydrous ethanol, respectively and repetitious scanning in buffer solution, the stability of the Lysine-GCE system was tested.
     组装的赖氨酸膜在经过长时间放置、水和乙醇的超声洗涤以及在缓冲溶液中的多次反复循环扫描后依然稳定。
短句来源
更多       
  相似匹配句对
     Ultrasonic Irradiation Wash of Hydrated Titanium Dioxide
     超声洗涤水合二氧化钛的研究
短句来源
     Investigation on Washing Hydrated Titanium Dioxide Using Ultrasonic Irradiation
     水合二氧化钛的超声洗涤研究
短句来源
     washing, drying;
     洗涤、干燥;
短句来源
     Ultrasonic Flowmeters
     超声流量计
短句来源
     Ultrasonics for Testing
     检测超声
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  ultrasonic washing
The former is washed away by ultrasonic washing, but the chemically absorbed component, identified as ZnOx, is incorporated into the aluminium oxide layer.
      
Ultrasonic washing of block gauges and other measuring instruments reduces considerably (by more than 50%) the time required for this operation.
      
A study of the process and the development of apparatus for the ultrasonic washing of ampuls
      
Control unit for the process of ultrasonic washing of ampules (exchange of experience)
      
All measurements were made using a single silicon chip, which was cleaned between runs by ultrasonic washing with a neutral detergent and ethanol.
      


Some proteins expressed in the E.coli are insoluble and difficult for extraction. We used 40 mmol NaOH solution to extract the insoluble single chain antibody GS3H11 after it was sonicated and washed. Both the recovery and purity are over 80%.The purified GS3H11 remains the specific binding activity after its denature and renaturation

大肠杆菌中外源蛋白的表达有时以不溶性形式存在,提取困难,本文用40mmolNaOH提取经超声洗涤后的不溶性单链抗体蛋白,提取率及纯度均分别达到80%以上。提取的单链抗体经变性、复性处理后仍具有特异结合抗原的活性。

Zr(OH) 4 gels were synthesized by coprecipitation in reverse micelles and in bulk water solution respectively. The precursors were ultrasonically washed with water or absolute ethyl alcohol, then dried at different temperatures in vacuum and calcined at 600 ℃ to produce crystalline ZrO 2(Y 2O 3) nanoparticles. The dried precursors were characterized with TG-DTA and FTIR,the calcinated particles were characterized with TEM. It is shown that monodispersed nanoparticles with spherical shape can be synthesized...

Zr(OH) 4 gels were synthesized by coprecipitation in reverse micelles and in bulk water solution respectively. The precursors were ultrasonically washed with water or absolute ethyl alcohol, then dried at different temperatures in vacuum and calcined at 600 ℃ to produce crystalline ZrO 2(Y 2O 3) nanoparticles. The dried precursors were characterized with TG-DTA and FTIR,the calcinated particles were characterized with TEM. It is shown that monodispersed nanoparticles with spherical shape can be synthesized using reverse micelles, while agglomeration exists in the powder synthesized from bulk aqueous solution. Ultrasonic washing with absolute ethyl alcohol and freeze drying could improve the dispersity of particles. It is also shown that the agglomeration of ZrO 2(Y 2O 3) nanoparticles could be improved effectively by removing water molecules and OH adsorbed on the precursor particles.

分别用水相共沉淀法和反胶团内共沉淀法制备了二氧化锆前驱体即氢氧化锆胶体,对前驱体分别进行水洗和无水乙醇超声洗涤,并在不同温度下真空干燥,干燥后的前驱体在600℃煅烧2h,得到晶体ZrO2(Y2O3)粉末.对干燥前驱体进行TG-DTA和FTIR分析,并对二氧化锆晶体颗粒进行TEM观察,证实反胶团法可以获得单分散、球形纳米颗粒.对前驱体进行无水乙醇超声洗涤、冷冻干燥均有利于减少粉末硬团聚的产生,减少共沉淀前驱体表面吸附水分是控制超细粉末硬团聚的有效手段.

OBJECTIVE To explore the desirable effect and methods of ultrasonic cleaning. METHODS Two groups were compared, one group was that putting the instrument to be cleaned directly in ultrasonic cleaning machine then going to be cleaned by normal method; another goup was cleaned by manual method first and then by normal method. RESULTS 24.68‰ Residues of dentate instrument were detected after cleaned by ultrasonic cleaning machine, while 6.43‰ residues were detected by manual cleaning method. However, there was...

OBJECTIVE To explore the desirable effect and methods of ultrasonic cleaning. METHODS Two groups were compared, one group was that putting the instrument to be cleaned directly in ultrasonic cleaning machine then going to be cleaned by normal method; another goup was cleaned by manual method first and then by normal method. RESULTS 24.68‰ Residues of dentate instrument were detected after cleaned by ultrasonic cleaning machine, while 6.43‰ residues were detected by manual cleaning method. However, there was no significant difference between the two cleaning methods for none dentate instrument. CONCLUSIONS The residue was mostly cleaned off with combined methods of manual cleaning and ultrasonic cleaning, which could increase the cleaning quality.

目的 探讨超声清洗的最佳效果。方法 被清洗器械直接放入超声清洗机内按程序洗涤和采用人工刷洗后再放入超声清洗机内按程序洗涤作对比。结果 直接用超声清洗后齿类器械剩余残留物为 2 4 .6 8‰ ,而人工 +超声洗涤的为 6 .4 3‰ ;非齿类器械两者洗涤后剩余残留物对比不明显。结论 采用人工刷洗后再进行超声清洗剩余残留物明显减少 ,大大提高了洗涤质量。

 
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