形成规则

Result:The stomatic density and characteristic of leaf epidermis and stem epidermis in six Ephedra species was differenc,there were no ob...

结果：6种麻黄属植物之间气孔密度、茎、叶表面特征存在不同程度的差异；气孔表现出典型旱生植物的特征，略下陷，气孔保卫细胞被厚的角质层覆盖，并形成突起状角质唇状物；气孔大小、形状在种之间无明显区别；叶表面、茎表面气孔均属于无规则型，但形状明显不同，前者主要呈长方形或六边形，后者为窄条形或哑铃形。

Result:The stomatic density and characteristic of leaf epidermis and stem epidermis in six Ephedra species was differenc,there were no obvious morphological differences in stoma shape and size.

结果：6种麻黄属植物之间气孔密度、茎、叶表面特征存在不同程度的差异；气孔表现出典型旱生植物的特征，略下陷，气孔保卫细胞被厚的角质层覆盖，并形成突起状角质唇状物；气孔大小、形状在种之间无明显区别；叶表面、茎表面气孔均属于无规则型，但形状明显不同，前者主要呈长方形或六边形，后者为窄条形或哑铃形。

The main component of WPB is von Willebrand factor, whose expression and tubulation are necessary for the formation of the unique rod-like WPBs. Different molecules such as vWF, P-selectin, CD63, Rab27A and Rab3D are recruited into WPB mediated by the AP-1, AP-3 or other transport machinery.

血管假性血友病因子(von Willebrand Factor， vWF)作为该细胞器的主要组成分子，其多聚体以管状形式在WPB中规则排列，促使WPB独特的棒状形态的形成。

Considering the difference of the use of clustering algorithms caused by the diffference of data distribution, on the base of the analysis of Kmeans algorithm, fuzzy Cmeans algorithm and genetic algorithm, a new algorithm was brought forward based on the genetic algorithm and the improved neighbor function criterion. In view of the intrinsic connection of the special and the advantage of genetic algorithms wholesearch strategy, to a certian extent, this new algorithm solve the problem about the uncompact and irregular data distribution.

考虑到空间数据分布特性差异造成聚类算法采用的不同，在比较分析K均值算法、模糊均值算法和遗传算法的基础上，提出了改进的近邻函数准则，并有机整合形成遗传算法与改进近邻函数准则的新算法，综合了遗传算法的全局性概率搜索的优点，并考虑到空间数据内在的连接方式，在一定程度上较好地解决了数据的非致密非规则分布问题。

But because of the history of so many people contributing to its modern form, English contains a prodigious number of complex rules and exceptions, a profusion of word forms, and vexingly different pronunciations of the same and similar spellings.

由于长久以来太多的人参与到现代英语的形成中去，英语包括了无数复杂的规则和特例，单词的形式，以及多义词和同音词。

The results indicate that the mass size distribution of fly-ash particles in the inlet of the WFGD system is typically disturbed bimodally, the peaks are approximate at 1 and 3 μm. And the shape of particles is regular sphericity, the mass ratio of PM2.5 to PM10 is about 0.434. The total mass concentration is about 85 mg/m3. In the outlet of the WFGD system, the mass size distribution of fly-ash particles is also bimodal. The proportion of fine particles increased, the mass ratio of PM2.5 to PM10 is about 0.764. Some fine particles are conglutinated and formed irregular agglomerate. The total mass concentration is under 23 mg/m3, the removal efficiency of total particles is 74.5%. The size removal efficiency is decreased observably with the range of particle size decreasing.

结果表明，WFGD系统入口飞灰质量粒径呈典型的双峰分布，峰值分别在1和3 mm处，颗粒多呈规则球形，PM2.5与PM10质量比为0.434，飞灰总浓度约为85 mg/m3标准状态；出口处飞灰质量粒径分布也呈现双峰性，其中细颗粒比例增大，PM2.5与PM10质量比为0.764，细颗粒间相互聚集粘连形成不规则的块状结构，飞灰总浓度在23 mg/m3以下，总飞灰的脱除效率为74.5%，分级脱除效率随粒径减小而明显下降。

Last, the manufacturing resource representation mechanism based on XML-Schema was proposed in order to support the heterogeneous information integrating and sharing. The task definition model for complex manufacturing task was studied in chapter 4. Based on the manufacturing feature, the decompounding method was presented.

文中首先分析了网络协同制造任务的特点，提出了解决复杂制造任务定义的总体思想；其后讨论了制造任务的分解模式、分解规则以及规范化方法，并定义了基于XML的任务结构数据模式；针对分解形成的子任务和任务元，研究了任务约束定义机制，建立了任务元约束定义方法和任务关联约束定义方法；在任务约束和任务分解模型的基础上，讨论了制造任务过程定义问题，构建了基于有向图的制造任务过程模型。

For the reform and innovation of contest wushu, we must first be perspective on the development of sports of a series of skills and tricks in wushu: the form of a series of skills and tricks in wushu becomes westernized and formularized, unreasonable clauses appears in the rules, athletes are in the tendency of low age, a series of skills and tricks in wushu are difficult to be popularized and lack contest market, and so on.

散手运动发展的总趋势是：改善和加强技术水平；不断改革和完善竞赛规则；提高裁判队伍素质，体现公平竞争；加强教练员的培训，提高教学能力，形成统一、规范的教学武术发展现状和趋势的研究体系；走体育产业道路，发挥散手竞赛的多元功能和整体效益；加强国际交流；建立散手竞赛的规范化体系。

But more important that what rules are, are how they are formulated.

但更重要的是，规则是如何形成的。

In sender,the received signal strength and carrier to interface ration and packet error ratio value that sensors obtain is fuzzed,and each of them is used by fuzzy logic control to make part judgement about the channel quality.

在发送端，将获取到的RSS、CIR和PER信息模糊化，并运用模糊集理论进行模糊推理，形成单一参数对信道质量评估的局部决策，经过融合中心的合成运算和决策规则得到信道质量的全局判决，以此进行最佳发送速率的选择。

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。