1·The probe atomization is a new technique.
探针原子化法是一种新技术。
2·Nozzle core is the key part of the pressure atomization nozzle.
喷嘴芯是压力型雾化喷嘴的关键部件。
3·Excessive atomization, too small nozzle or improper application method.
过分的雾化、喷嘴过小或涂装方法不当。
4·Theresults of experiment show that atomization cooling can achieve its aim.
实验结果表明，雾化制冷是可以达到目的的。
5·The atomization process is more sensitive to disturbance than vaporization.
雾化过程比汽化过程对扰动更为敏感。
6·Atomization Angle and uniformity are two key parameters of fuel spray nozzle.
喷雾锥角和喷雾均匀度是燃油喷嘴的两个重要指标。
7·The content of impurities in water - is greater than that in gas - atomization.
气雾化粉末触媒氧等杂质含量远低于水雾化。
8·Spherical tungsten powder produced by plasma atomization technique is described.
本文尝试了用等离子喷雾技术制取球形钨粉。
9·It is shown that the atomization energy per atom increases with the cluster size.
研究表明：随着团簇尺寸的增大，单个原子的平均原子化能逐渐增大。
10·Air atomizing nozzles are especially suited to the atomization of viscous liquids.
空气雾化喷嘴特别适用于粘性液体的雾化。
1·Theresults of experiment show that atomization cooling can achieve its aim.
实验结果表明，雾化制冷是可以达到目的的。
2·The solution: Need to check the atomization of the injector and the intake pipe is smooth or not.
解决办法：需检查喷油器的雾化状况以及进气管是否畅通，有无堵塞物。
3·The installed oil-saving device can reduce the gaps of metering-orifices, limits flow, increases oil atomization, and thus saves oil.
装上本节油器，能缩小量孔的间隙和限制流量，增加油的雾化从而达到节油效果。
4·Lechler air atomizing nozzles utilize a collision of metered air and liquid to provide the finest atomization of liquid.
我们生产的空气雾化喷嘴使用定量空气和流体的碰撞来产生最精细的雾化液体。
5·Air atomizing nozzles are especially suited to the atomization of viscous liquids.
空气雾化喷嘴特别适用于粘性液体的雾化。
1·The atomization unit in the network economy will employ a novelty unified by matter and spirit as its core concept, instead of various merchandises.
网络经济的原子化单位不再是形形色色的商品，而是以陈述这个物质与精神相统一的新事物为其核心概念。
2·The atomization mechanism of europium nitrate on graphite probe surface in graphite furnace was investigated experimentally by X-ray diffraction spectrometry and X-ray photoelectron spectrometry.
用x -射线衍射分析与X -射线光电子能谱分析研究了硝酸铕在石墨炉内石墨探针表面原子化机理。
3·The expressions were derived to describe the atomization efficiency in a stabilized temperature platform furnace (STPF).
导出在稳温平台石墨炉内原子化效率的表示式。
4·It is shown that the average atomization energy increases with the increase of the cluster size.
团簇的平均原子化能随团簇的增大而增加。
5·It was shown that both of these two factors can influence the degree of atomization, but the influence of flame composition is larger than that of its height.
实验表明，这两个因素对原子化度都有影响，而火焰组成的影响较大。