1.
Application of Rotary-cup Atomization Burner to Steam Injection Boiler
超稠油转杯雾化燃烧器在注汽锅炉的应用
2.
Research on SKVJ single rotating atomizing burner adapted to domestic heavy fuel
扎克SKVJ单转杯雾化燃烧器适应国产重油燃烧的研究
3.
Study on Mechanism of High Speed Spinning Bell Electrostatic Spray;
旋杯式高速静电喷涂雾化机理的研究
4.
I asked her to breathe the mist for10 minutes and placed a sputum cup on the counter next to the nebulizer.
我让她雾化吸入10分钟，把一个痰杯紧挨着雾化仪放在柜台上。
5.
We are in the midst of an historic cultural transition.
我们处在历史文化转变的迷雾中。
6.
Study on Rotary Atomizer Design Theory in Refuse Incineration Generating Electricity;
垃圾发电用旋转雾化器设计理论研究
7.
Cooling Characteristics and Heat Transaction Coefficients of Basic Oxygen Furnace during Spraying Cooling
转炉汽雾冷却喷嘴限制射流强化换热特性
8.
Studies on the Biotransformation of Arctigenin Using Electrospray Ionization Mass Spectrometry
牛蒡苷元的生物转化及电喷雾质谱研究
9.
Then some party of the organic materials must be transformed by slow chemical reactions to oil droplets and gas bubbles.
接下来，被埋藏的有机物质中的一部分通过缓慢的化学反应转化为油雾雾珠和气泡。
10.
Study on the Synthesis of Calixarenes and Their Behavior as PTC in Fluoridation;
杯芳烃化合物的合成及其在氟化反应中的相转移催化作用
11.
Spray Pattern and Drift Potential of a Spinning Disk
转子喷头的雾滴轨迹及雾滴飘移性能
12.
The results show that the main emulsifying fuels of the channel come from the unstable emulsification of fuel film on the front edge of the channel.
雾化槽的燃油雾化主要来自雾化槽前边沿的油膜失稳雾化。
13.
Preliminary Studies on Agrobacterium Tumefaciens-mediated Transformation of Bush Bean by Floral Spraying;
花器喷雾法接种根癌农杆菌转化矮生菜豆条件的初步探索
14.
Chinese Transformation for Poetic Narration--WUQI La-da,JIDI Ma-jia and AKU Wu-wu for Example;
诗性叙事的汉语转化——以吴琪拉达、吉狄马加、阿库乌雾为例
15.
Influence of the rotational speed of rotary disk on properties of re-dispersible acrylate polymer powders
雾化盘转速对制备可再分散丙烯酸酯乳胶粉的影响
16.
Changes of Angiotensin-Converting Enzyme and Angiotensin-Converting Enzyme 2 in Lung and Kidney of Rats after Smoke Inhalation Injury
烟雾吸入伤后大鼠肺及肾血管紧张素转换酶表达变化的研究
17.
Please use magnetizing cups, and with a cup in hand, you will have no trouBle at all.
请用磁化杯，一杯在手，有杯无患。
18.
The excess of water vapor condenses into visible moisture. Steam over a hot cup is an example.
过量的水汽凝结成可见的水雾，热水杯冒出的雾气即是一例。