四代的

The handtailor nourishes the tonic: Four team's members necessary, it is said can let the human who was already utterly exhausted become the vigor abundant medicine Sword eight: The generation seals gives the strongest god of death the title Alone blinkers eyeshade: The technical development bureau manufacture may unlimited absorb the spirit strength unceasingly the monster, the sword eight uses it to constrain own strength and to store up its spirit strength Shakes the spot: The anaesthetic, the spirit presses the low person so long as stains can remain unconscious, but does not have the function to the spirit strength excel in person Puts on/to collapse the spot: Strong effect anesthetic, even if the spirit strength excel in person also with difficulty resists The day treads gorgeously: So long as pours into the spirit strength to be able in the sky soaring, is the corpse soul unique precious stage prop Energetic body: The secret mobile most important special spirit has one above, thus can cut the soul knife the main body to force the extension to absorb obtains the embodiment Handcuff: May seal up criminal's spirit strength The secret is mobile: The explanation did not have temporarily, found said again Garrulous bee: The bee ninth generation teaches other people, in six brother younger sister's sixth human of bee tree top damask silk, after joins the punishment armed forces the given name which inherits from her great grandmother there Punishment armed forces: The secret mobile first division, is completely in five division's highest organizations.

特制滋养强壮剂：四番队的成员必备，据说能让已经疲惫不堪的人变得活力充沛的药剑八：世代封予最强死神的称号独眼罩：技术开发局制造的可以无限制不断吸收灵力的怪物，剑八用它来压抑自己的力量并将其灵力储存起来震点：麻醉药，灵压较低的人只要沾上一点就会昏迷不醒，不过对灵力高强的人没有作用穿点/崩点：强效麻醉剂，即使灵力高强之人也难以抗拒天踏绚：只要注入灵力就能在天空飞翔，是尸魂界独一无二的珍贵道具精神体：隐秘机动最重要的特殊灵具之一，能将斩魄刀的本体强制转摄其上从而得到具像化手铐：可以封住犯人的灵力隐秘机动：解释暂无，找到了再说碎蜂：蜂家第九代传人，六兄妹中的第六人蜂梢绫，加入刑军后从她曾祖母那里继承来的名号刑军：隐秘机动第一分队，是全部五分队中的最高机构。

The PSE in the curve coordinate systems are solved by the numerical techniques developed efficiently in this paper. A normal transform is introduced, and there are enough much grids in the region between the critical layer and the wall, where the variation of the disturbance is the quickest. The finite-difference of governing equations with fourth-order accuracy in the normal direction is utilized in full regions including points close the wall, and is very important for accurately discreting equations.

对于曲线坐标系下的抛物化稳定性方程，文中发展了求解的高效数值方法：引进法向变换，使得在临界层与壁面之间的扰动量变化最快的区域有更多的法向网格点；导出包含边界邻域在内的完全四阶精度的法向有限差分格式，这对方程精确离散至关重要；采用全局法和局部法相结合的方法及其新的迭代公式，大大加速收敛并得到更精确的特征值。

In this thesis, we implement a computational procedure to categorize and classify 3-D objects from their contour under a simple environment. First, we use foreground detection, Canny edge detection and speedy GVF snake to obtain the object's contour. The contour is then used to establish the object's features. Two databases are built using methods which compute similarity by modified aspect-combination algorithm proposed by Cyr and Kimia and new proposed aspect-combination algorithm. By using these two databases, we recognize 3-D objects using four recognition methods and compare their performance. Finally, a conclusion is made that our newly proposed algorithm is better than the modified algorithm proposed by Cyr and Kimia.

在本论文中，对一个在单纯环境下的三维物体，由撷取到辨识出此物体做了一个完整的实现，首先，利用前景侦测结合肯尼边缘侦测法和加速的梯度向量流动态轮廓侦测法，来得到物体轮廓，接著利用此轮廓找寻出物体的特徵，然后配合计算相似度的方法，代入修改后的Cyr and Kimia的外观结合演算法（aspect-combination algorithm）和新提出的外观结合演算法去建资料库，然后，对於三维物体则依据两种不同方法所建出的资料库，利用四种辨识的方法来辨识并比较其结果，最后得出新提出的外观结合演算法是优於修改后的Cyr and Kimia的外观结合演算法的结论。

Titanium incorporated mesoporous molecular sieves Ti-MCM-41, Ti-HMS, and Ti-MSU were synthesized through S〓I〓, S〓I〓, and N〓I〓 pathways using cetylpyridium bromide, tetredecylamine, and polyoxyethylene (10) stearyl ether as the structure-directing agents, respectively. The framework structure and the titanium coordination environment of these materials were characterized by XRD, N〓 adsorption/desorption, TG, TEM, FT-1R, DR UV-Vis, and ICP-AES. It was confirmed that the titanium was highly dispersed in the silica-based framework positions, and all samples were free of extra framework titanium impurities. The catalytic performance of these titanium containing mesoporous materials was investigated in the oxidation of styrene with aqueous H〓O〓 as the oxidant.

以TEOS和TBOT为硅源和钛源，分别以溴代十六烷基吡啶、十四胺和十八烷基聚氧乙烯基醚为模板剂，通过S〓I〓、S〓I〓和N〓I〓方式合成了含钛的介孔分子筛Ti-MCM-41、Ti-HMS和Ti-MSU，用XRD、N〓吸附/脱附、TEM、FT-IR、DR UV-Vis和ICP-AES等方法对它们的骨架结构、孔道结构以及钛原子的存在方式等进行了系统表征，结果表明钛原子以高分散的形式存在于以SiO〓为基本单元的介孔分子筛的骨架结构中，制备过程中未形成聚集态的骨架外金属氧化物物种。

It was confirmed that facultative apomixes is existed in coffee species based on emasculating treatment, cyto-genetic observe and SSR marker detection.

细胞遗传学观察发现咖啡四倍体类型材料(2n=4x=44)的多胚和多胚苗中含有天然的单倍体胚和单倍体小苗(2n=2X=22)；去雄处理后，可见子房膨大，其中5份材料获得了果实和种子，初步说明无融合生殖现象的存在；对小粒种品种间杂交F1代个体的SSR分析，发现多胚苗中存在与母本图谱相同且不携带父本特异带的后代以及携带双亲特异带的有性后代，表明子代有仅来自母本的无融合生殖个体分离出来。 3 建立了咖啡无融合生殖的分子鉴别方法。

This paper compares the circular locus method,modified Martindale method,pilling box method and random rolling method in the GB/T 4802-2008 Textiles - Determination of fabric propensity for fuzzing and pilling. Based on the comparison of two standards which containing multi-conditions,analyses the rationality of the factors、the scientificity of the test method in the Product Standards and the influence of the Standards change. In the end, brings up some suggestions.

本文对国标《织物起毛起球性能的测定》中的圆轨迹法、马丁代尔法、起球箱法及随机翻滚法四种测定织物起毛起球性能的试验方法进行试验比较；并对其中包含多种测试条件的两个标准各种测试条件进行比较，从而分析产品标准中指标的合理性、试验方法的科学性及新旧标准的更替对产品标准的产生影响，并对方法标准和产品标准提出一些个人的建议。

It mainly expounds the opportunities of the introduction of the Dickens\' works, and the different stages of the propagation and acceptance of his works in modern China. There are four stages included: 1 1907-1919, Lin Shu\'s viewpoint on Dickens; 2 1920-1929, Dickens as a portraitist of the social reality; 3 1930-1939, Dickens as a spokesman of nonentities; 4 1940-1949, Dickens as an advocator of humanistic emotion.

主要论述了狄更斯作品传入中国的机缘以及狄更斯在近代中国传播与接受的几个阶段，包括四个方面的内容：1.1907—1919年，文学因缘：林纾眼中的狄更斯；2.1920—1929年，社会物状的描摹者；3.1930—1939年，&小人物&的代言者；4.1940—1949年，人道情感的提倡者。

The solubility of the novel polyamides are greatly improved compared with the conventional aramids, especially the polyamide with dendritic blocks of the second genernation as side chains are soluble in most of the common organic solvents such as ether, ethyl acetate, chloroform, acetone, tetrahydrafuran etc.

树状片段的引入大大地改善了聚酰胺的溶解性，特别是以第二代树状片段为侧基的聚酰胺的溶解性得到了很大的改进，可以溶于大部分常见的有机溶剂，如乙醚、乙酸乙酯、氯仿、丙酮、四氢呋喃等。

In the past sixty years, with the three generations of Party leadership with Comrade Mao Zedong, Comrade Deng Xiaoping and Comrade Jiang Zemin as a core, and with the leadership of the Central Committee formed after the 16th National Congress of the CPC, with hard work and wisdom of all ethnic groups of the country, the Chinese people have joined hands to overcome the great hardship and made great contributions that have been recognized by the world, and proved our possibilities and endurers.

提醒：本段出现了&浴血奋战&等四字格，口译时可采取简化的方式。60年来，在以毛泽东同志、邓小平同志、江泽民同志为核心的党的三代中央领导集体和党的十六大以来的党中央领导下，勤劳智慧的我国各族人民同心同德、艰苦奋斗，战胜各种艰难曲折和风险考验，取得了举世瞩目的伟大成就，谱写了自强不息的壮丽凯歌。

In Chapter Three, the researcher talks about the coming out experience of the founder of Marah Fellowship and come out with four kind of "area and object for coming out": Coming out in intimate sisterhood, coming out in parent-and-child generational relationship, coming out in the power relationship between teacher and student, and coming out in the power relationship in church.

第三章是玛拉团契创始人的现身经验，研究者依据其从小到大的现身历程，区隔出四种现身的场域与对象，包括：在姐妹的亲密关系中现身、在家庭的两代关系中现身、在学校师生的权力关系中现身、在教会信仰的权力关系中现身，发现其中「亲密关系」与「权力结构」对於同志现身的重大影响。

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。