查询词典 similarity

The amino acid sequence similarity of C3d between human, bovine, goat, boar, golden hamste,rmouse,brown rat,Macropus, hare,Gallus is 80.4%,94.7%,96.9%,82.8%,81.1%,80.6%,80.2%,71.0%,75.2% and60.3% respectively..

通过生物学软件分析发现绵羊C3d蛋白有2个蛋白激酶C磷酸化位点，1个酪蛋白激酶Ⅱ磷酸化位点，1个酪氨酸激酶磷酸化位点，1个十四酰化位点。

In this context the wild mango germplasm at Lapuo County, Guangxi, China were studied by using their biological characteristics and the amplified fragments length polymorphism molecular marker. These wild mangoes were found morphologically similar to Mangifera indica; and the AFLP markers showed that at the similarity coefficient of 0.63, 92 mangoes including cultivars, Mangifera sylvatica Roxb., wild mangoes, Mangifera. Siamensis Warbg. were divided into 14 groups and that the wild mangoes at Lapuo were close to M. sylvatica Roxb. and M. siamensis Warbg., but remained to fall in the middle of the cultivars and could not be separated from them.

结果表明：那坡县野生芒果在形态学上与普通芒果较为相似；AFLP标记显示，包括部分栽培品种、林生芒果、广西百色那坡县野生芒果、泰国芒果等在内的92份芒果种质在相似系数0.63的水平上可分为14组，广西百色那坡县野生芒果虽然与林生芒果、泰国野生芒果等芒果属其它种较为接近，但仍处于栽培芒果的中间，不能与栽培芒果分开。

Yang Yiyong, Wang Rencheng, Wang Yanli, Zhang Tongxu , Huo Weijie （1 School of Engineering and Technology, China University of Geosciences, Beijing 100083; 2 Department of Precision Instrument and Mechanology, Tsinghua University, Beijing 100084

limb prosthesis；bionics shape design ；similarity principle 下肢系统产品构形设计的主要任务是明确构成元素之间的关系和构成元素本身的形状，绘制完成装配草图。

The similarity between scenes such as these and the early Babylonian accounts of the struggle between Merodach and the dragon Tiamat is very striking.

之间的相似场景，如这些和早期巴比伦账户之间的斗争米罗达巴拉和龙Tiamat是非常惊人的。

Based on the classification of metonymy, this paper has compared and analyzed the similarity and difference of metonymic thought between Chinese and English respectively from lexical, grammatical and discoursal perspectives.

本文以转喻的分类为基础，分析了汉英在词汇，语法，话语三个层次上转喻思维的异同，从而在揭示一般思维方式和语言能力之间关系的同时，进一步指出转喻研究在二语习得中的教学意义。

There are four findings: 1 metaphor plays a more important role than metonymy in the extension of word meaning; 2 there are two important ways of thinking in the extension of word meaning: metonymical thinking based on contiguity and metaphorical thinking based on similarity.

研究发现：(1)隐喻在词义延伸中发挥的作用大于转喻；(2)在词义延伸中有两种思维结构： 1是以邻近性关系为基础的&部分代整体&的转喻思维结构；另1个是以事物相似性为基础的隐喻性联想思维结构。

There are four findings: 1 Metaphor plays a more important role than metonymy in the extension of word meaning; 2 There are two important ways of thinking in the extension of word meaning: metonymical thinking based on contiguity and metaphorical thinking based on similarity.

研究发现：(1)隐喻在词义延伸中发挥的作用大于转喻；(2)在词义延伸中有两种思维结构：一是以邻近性关系为基础的&部分代整体&的转喻思维结构；另一个是以事物相似性为基础的隐喻性联想思维结构。

The way humans cognize the body part expression TE, which means "hand" in Japanese, can be considered through two kinds of cognitive processes; one is based on metonymical link which basically relies on spatial contiguity and conceptual contiguity with HANDS, and the other one is based on metaphorical link which relies on the similarity with our hands.

对於日语身体部位词「手」的认知过程大致上可分为，基於和「手」有空间上或概念上的关连性而形成的换喻，以及透过与「手」的相似性而形成的隐喻。

Polysemy is discussed from the perspective of prototype, cognitive metaphor and metonymy, discovering that a polysemic word constitutes a semantic category with its primary meaning as the prototype while other members in that category are derived from it, exhibiting a family resemblance and degrees of typicality as well, and that the extension of word meaning is mainly achieved through metonymical thinking based upon contiguity and metaphorical thinking based upon similarity.

利用原型范畴理论、认知隐喻和转喻角度分析一词多义现象，认为一个词的多个义项是从原型义项演变而来的，并且表现出不同程度的家族相似性，同时又表现出不同程度的原型义项身份；词义延伸又主要通过转喻和隐喻的认知思维结构，即转喻的邻近性和隐喻的相似性思维特征来实现。

The Nei's genetic similarity coefficient was calculated by DPS software, 7 species of Michelia were divided into three groups with UPGMA method.

应用Nei距离法计算各种间的相似系数，采用UPGMA法进行聚类分析，7种含笑种可分为3大类。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。