Theoretical study on the atomistic level can help understand the mechanism of syngas conversion.

Atomistic simulation of yield mechanism of single crystal copper nanowires

单晶铜纳米线屈服机理的原子模拟研究

Atomistic simulation of tension properties of nano crystal copper wire under surface effects

表面效应对纳米铜杆拉伸性能影响的原子模拟

Atomistic Simulation of the Influence of Temperature and Loading Rate on Dislocation Emission

温度和加载速率对位错发射影响的原子级模拟

Atomistic simulation of mechanical properties of martensitic transformation under dynamic compression

动态压缩下马氏体相变力学性质的微观研究

Static study of context is of atomistic way of thinking, and excludes the dynamic generation and mutual relevance of the elements in context.

语境的静态研究依循原子论的思维方式，撇开了语境要素的动态生成和相互关联；

You'd learn about statistical mechanics, and how the atomistic concepts rationalize thermodynamics.

你会学到在统计力学中，是如何用原子论的概念，阐释热力学的。

Hypersonic ramjet engine Research on the Atomization Characteristics and Mechanism of Air-blast Nozzles and Development of the CWS Burner for Gasification

高超音速冲击式空气喷气发动机气力式喷嘴雾化机理研究及水煤浆气化喷嘴的开发

Research on the Atomization Characteristics and Mechanism of Air-blast Nozzles and Development of the CWS Burner for Gasification

气力式喷嘴雾化机理研究及水煤浆气化喷嘴的开发无气喷射式发动机，机械喷油式发动机

Research on Charged Atomization and Atomization Mechanism in Electrostatic Oiler

静电涂油机中油液荷电雾化实验研究及雾化机理探讨

In order to make scientific production plan and optimize design parameters, atomization mechanism of material, heat and mass transmission between droplet and drying air, tracks of droplet, as well as flow pattern of drying gas must be fully understood.

研究物料的雾化机理、液滴与干燥介质之间的传热传质、颗粒的运动轨迹和干燥气体的流动模式可为制定科学的生产方案，优化设计参数提供理论依据。

Determination of aluminium by atomic absorption spectrometry was reviewed. The methods of aluminium determination and their application, the interferent effects of the determination and elimination of interference and the atomization mechanism of aluminium were described and discussed.

对铝的原子吸收光谱法测定进行了综述，介绍了测定的方法、测定时的干扰情况和干扰的消除、铝的原子化机理、以及各种测定方法的发展概况和应用。

The results showed that copper had the same atomization mechanism both in Zr-coated tube and uncoated one. Zr-coated tube could alter the atomization mechanism of lead and produced multiple-peak in its atomic profile.

结果表明，石墨管涂Zr后不影响Cu的原子化，但却能改变Pb的原子化机理，使其原子吸收轮廓出现多重峰。

A new spray atomizer, that is, swirling gas-liquid spray atomizer ( SGLSA), is presented in this paper based on the analysis of various air-assist atomizers and their atomization mechanism.

本文在对各种气动喷嘴及其雾化机理分析基础上提出了一种新型的气动雾化喷嘴-“旋转型气-液雾化喷嘴”。

On the study of the diesel spray characteristics, usually in the hope that the droplet size can be measured while obtaining the droplet velocity, it is of great significance on the micro fuel atomization mechanism.

研究人员通常希望在测量雾滴尺寸的时候，同时获得雾滴的速度特性，这对于研究燃油的微观雾化机理具有重要的意义。

This article introduces the atomization mechanism of atomization nozzle in the circulatory system, makes a deep analysis in the structure characteristics of low pressure swirl atomizing nozzle and the influence of structure parameters on atomization performance.

介绍了循环系统中雾化喷嘴的雾化机理，深入分析了低压旋流式雾化喷嘴的结构特点和结构参数对雾化性能的影响。

According to the liquid force atomization mechanism and the form and movement process of droplet, the relationship of droplet minimum diameter and liquid membrane velocity and the required condition of droplet producing are analysed.

根据液力雾化的机理，通过分析雾滴形成和运动的过程，从能量的角度分析形成雾滴最小直径和液膜速度的关系及产生小雾滴所需的条件。

It is widely used in the life. But most of fluids are non-Newtonian fluids. So it is important for us to understand atomization mechanism and research jet breakup of non-Newtonian fluids.

射流破碎与雾化广泛应用于人类的生产生活中，但是实际遇到的流体大部分是非牛顿流体，因此充分认识非牛顿流体的雾化机理，研究非牛顿流体射流破碎有着非常重要的意义。

Results show that the atomization mechanism of gaseous hydride in a heated quartz cell is caused not only by collision with hydrogen free radicals but also by thermal decomposition of themselves.

研究了氢气和空气在氢化物原子化过程中的作用，观察到H2的存在下不仅引发自由基过程，而且抑制氢化物的热分解。

At present, the research in the area of electrostatic spraying technology mainly focus on the charged medium atomization mechanism, the electrostatic spray experiment, the numerical simulation and so on.

目前，在静电雾化技术领域的研究主要集中在介质荷电雾化机理、静电雾化实验及数值模拟仿真等方面。

The-application of Quantum Chemistry in Analysis Chemistry& The study of Hydrides atomization mechanism in graphite atomizer in quantum chemistry CNDO/ 2

量子化学在分析化学中的应用&以量子化学半经验CNDO/2方法研究石墨炉原子化器中氢化物原子化机理