粒子

The change of speed of autoconversion of snow to graupel, different collection efficiency of ice phase particles, the quality content or number content averaged falling speed, various parameters of quality and falling speed of snow, will influence the quality and number content of water substances.

雪晶自动转化成霰、不同的冰相粒子间的碰并效率、不同的雪晶质量系数和落速系数和采用不同的平均落速，将影响粒子的比质量和比数浓度；模拟大陆性云和海洋性云应采用不同的云参数；冰晶核化应考虑温度变率和水汽冰面过饱和度。

Further analysis showed that lightning was closely related to graupel and ice in middle atmosphere (3.2~7km) and upper atmosphere. This result is consistent to the charge mechanism of lightning. Meanwhile, this study went through the sensitivity of WISCDYMM settings on thermal bubble condition of triggering cloud growth.

探讨闪电数量与水象粒子质量百分比的关系，可发现高层大气（7.2 ~ 11公里）相关性较佳，若分析这些参数的时间序列特徵，可发现中层大气（3.2 ~ 7公里）与高层大气高度中，软雹与冰晶分别与闪电发生有明显的相关性存在，符合云中粒子带电之理论。

In general relativity theory, graviton is the massless tensor particle, which results in gravitation action in proportion to the energy.

在爱因斯坦引力理论下，引力子为零质量的张量粒子，它导致了粒子之间存在着正比于能量的引力作用。

Upon that, electron and graviton form the vortex relation can on the polymer initial stage only, at this time ,degree of polymerization is smaller, leavings force ling are much..

总体上，所有粒子都受到引力的作用，任何一枚粒子，它向空间发出的引力线并非仅仅着用于一个对象，引力子对外，仅形成引力，斥力子对外既形成斥力也形成引力，质子、中子是"微回旋星系"，它们以"星系"为单位在原子内部回旋，原子外层电子的数量要比现在认为的多上亿倍，原子结构是由这些成员力的关系和能量不灭规律决定的。

The magnetic moment problem of the composite particle has been reviewed in this talk ; The effect due to the magnetic moment of leptons and stratons will be put forward for discussion if describing them as composite particles; In particular, the measured gyromagnetic ratios have been shown that it is consistent with the prediction in QED exactly; Finally, there is a possibility, which is described in a simple model, that the compositeness of stratons and leptons is not contradictory with the experiment...

在这个报告里，我们回顾了复合粒子系统的磁矩问题，分析了如果描述层子和轻子为复合粒子，磁矩问题将会带来的影响。特别是轻子的g-2值在实验上有精确的测量与量子电动力学的准确计算相当好的一致，最后从一个简单的模型讨论表明存在着可能性，轻子、层子是复合的，然而又与目前的实验相一致。

From ultrastructure of RBC which co-cultured with HAP|,HAP4,HAP5,we have observed that HAPi and HAP4 can induce RBC membrane to deform and decrease stability of RBC membrane, so the particles can enter intramembrane, as a result, intracellular hydroxyapatite nanoparticles may heighten the concentration of Ca2+ and effect structure of membrane protein, membrane lipid and hemoglobin, subsequently,the deformability of RBC decreased all the better and leaded to erythrocyte aggregation. However,HAP.s uniformly dispersed around cell and didn't adhere to it,also, cytomorphosis cannot be found.

观察HAP_1，HAP_4，HAP_5与细胞作用后红细胞的超微结构中，HAP_1与HAP_4引起红细胞膜变形和膜稳定性下降，粒子进入胞内，进入胞内的HAP纳米粒子可能升高胞内Ca~(2+)浓度，从而影响膜蛋白、膜脂、血红蛋白的结构，使红细胞变形性进一步下降，最终导致聚集的发生。

Secondly, the bipartite and tripartite entanglement of a Heisenberg XY model with a nonuniform magnetic field is studied.

其次，研究了在非均匀磁场中三量子比特海森堡XY模型中两粒子和三粒子的纠缠。

The fluorescence properties and photolysis behavior of this CdS were studied in heptane and pyridine.

用反胶束法合成了用表面活性剂分子磺基琥珀酸双-2-乙基己酯钠盐进行表面修饰的CdS纳米粒子（记为CdS/AOT-SO-3），研究了这种纳米粒子在正庚烷和吡啶溶剂中的荧光及光解行为。

The preparation of cabalt nanoparticles by the reduction of Cobalt chloride hexahydrate with Sodium borohydride in the reverse microemulsion solutions of water/ Didodecyldimethylammonium bromie/ toluene was investigated. i changed the Cobalt chloride hexahydrate concentration in the Didodecyldimethylammonium bromie/ toluene system to analysis the particle size.

在water/ Didodecyldimethylammonium bromie/ toluene的逆微乳化系统中，本人以硼氢化钠来还原系统中的Co的金属前驱盐氯化亚钴来做研究，在实验中本人改变在Didodecyldimethylammonium bromie / toluene系统时的氯化亚钴浓度以改变粒子的大小，本人也尝试改变反应的速度来研究对奈米粒子生成时所造成的影响。

Speckle patterns are first preprocessed with homomorphic filter and image threshold....

本文研究结果可为进一步研究激光散斑法测量纳米流体中纳米粒子的运动，以及开发新的动态纳米粒子光测方法提供理论和实验依据。

Singer Leona Lewis and former Led Zeppelin guitarist Jimmy Page emerged as the bus transformed into a grass-covered carnival float, and the pair combined for a rendition of "Whole Lotta Love".

歌手leona刘易斯和前率领的飞艇的吉他手吉米页出现巴士转化为基层所涵盖的嘉年华花车，和一双合并为一移交&整个lotta爱&。

This is Kate, and that's Erin.

这是凯特，那个是爱朗。