物理过程

The main intention of this thesis is to study some fundamental surface phenomena with chemical and/or physical interests by scanning probe microscope, and to exploit the instruments themselves into the research of surface chemical process, especially surface photochemical process.

本论文的研究目的在于使用扫描探针显微镜研究表面上的基本化学和物理现象，同时探索扫描探针显微镜在表面化学过程，尤其是表面光化学过程中的应用，所涉及到的主要研究内容和结论如下

In the initial stage, there is little ice particles, and the rain water form mainly through the collection of cloud water and auto-conversion process. In the growing and mature stage, both the cold and warm rain processes are important. The collections of rain water and graupel with cloud water and the melting of graupel are very important to the rain water. Graupel grows mainly through riming cloud water and colleting snow.

在上述成功模拟的基础上，又对γ中尺度对流系统作了探讨发现，γ中尺度对流系统在不同发展阶段的微物理机制不同：初生阶段时，冰相粒子含量较少，雨水的增长以暖雨过程为主，即依赖碰并云滴和云雨自动转化形成；发展和成熟阶段时，冷雨和暖雨过程并存，雨、霰碰并云水和霰的融化对雨水的形成非常重要，霰主要通过淞附和霰碰并雪增长，雪主要通过淞附增长。

Chinese medicine theories emphasize allelopathy, Western theoretical emphasis on Chemistry and Health Physics domain, both the theory and the verification process is totally different; Chinese medicine doctors to do the world line must meet the same phenomenon in the same conditions, different conditions are different phenomena; but the actual clinical course of Chinese medicine, there are differences Tongzhi disease varies with disease governance success stories to attract attention to Western theory.

中医理论强调相生相克，西医理论偏重化学与生物理域，两者理论与验证过程完全不同；中医要作到医行天下必须达到同样条件同样现象，不同条件不同现象；但中医实际临床过程常出现异病同治与同病异治的成功案例，吸引西医理论的重视。

The physical rule of the collision of a particle and a bar is discussed,the energy relation in completely inelastic collision is cleared,and it is turned out that the two bodies not necessarilly move together after completely inelastic collision .

讨论了小球与自由杆碰撞过程中所遵从的物理规律，明确了完全非弹性碰撞过程的能量特征，指出完全非弹性碰撞后两物体不一定粘在一起共同运动的事实。

The physical causes of the surface strong wind caused by the squall line are also discussed.

针对2006年4月28日发生在江苏境内的一次飑线过程，分析了过程期间的边界层特征、垂直结构和飑线的传播演变特征，讨论了飑线造成地面强风的物理原因。

In this paper, four parts are included to study the role of cloud dynamics, microphysics and chemistry process in ozone photochemistry and sulfur chemistry in the troposphere.

本文分四部分研究了与云过程有关的云动力学、云微物理和化学过程对对流层大气臭氧光化学和硫化学的作用。

On the basis of these results, the estuarine mixing type and characteristics, and the formation and development of maximum turbidity zone, and the morphodynamics of intertidal mudflat evolution, and the effects on hydrodynamic and sediment environment caused by estuarine regulation are analyzed in detail. Finally, it is pointed out that the multi-disciplinary study, the numerical simulation and prediction by use of mathematical models, and the quantization of the hydrodynamic and sedimentary processes are the focal issues in future.

在系统总结近年主要相关研究成果的基础上，着重讨论了强潮河口的混合类型与特征、最大浑浊带的形成发育与主因、潮滩地貌的动力影响因素与演变过程、河口综合治理的特点与人类活动引起的水沙变异等问题，并指出多学科交叉、数学物理模拟与预报、水沙动力机理与过程的量化等方面是未来研究重点与方向。

Physical and chemical processes in ICP-AES mainly include nebulization, evaporation, atomization, ionization, and excitation processes.

ICP-AES中的物理和化学过程主要包括有雾化，蒸发去溶，原子化，电离和激发等过程。

Physical and chemical processes in ICP-AES mainly include nebulization, evaporation, atomization,...

ICP-AES中的物理和化学过程主要包括有雾化，蒸发去溶，原子化，电离和激发等过程。

In compressional area, physical modelling has been proved to be a powerful tool for simulating the evolution process of fold-thrust system, and gets great progress in nappe and double thrust structures, thrust belt inversion and basement involvement, compressional orogenesis function and surface process, structure transform zone in compressional area and mantle convection together with collision or subduction of plates etc.

在挤压地区，构造物理模拟已经被证明是一种模拟逆冲褶皱系统演化过程的强有力工具；在推覆体或双冲构造、冲断带的反转与基底卷入、挤压造山作用与表面过程、挤压地区构造转换带及地幔对流与板块碰撞俯冲等方面取得了很大进展。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。