element n. 1.要素;成分;(构成)部分;分子。 2.【化学】元素;【数学】元,素;【机械工程】单元;单体;【无线电】元件;【植物;植物学】原种。 3.【电学】电池;电极;电阻丝。 4.生存环境,活动范围;本行,本领。 5.〔pl.〕原理;初步;大纲。 6.〔pl.〕自然力;暴风雨。 7.【军事】小队,分队。 8.〔pl.〕【宗教】(圣餐用)面包和葡萄酒。 the four elements (古希腊哲学家认为组成世界的地、水、火、风)四元素。 discontented elements 不平分子。 daughter element 【物理学】子元素。 control element 控制元件。 the elements of grammer 语法基础。 in one's element 在自己(活动)天地内,如鱼得水。 out of one's element 在自己活动天地外,不得其所,格格不入。 strife [war] of the elements 暴风雨。
Microwave components as functional elements for industrial sensors 工业传感器功能部件的微波元件
There were two methods to recognize or discover these functional elements in biosequences mainly 生物序列中功能元件的识别与发现主要有两种方法。
Functional elements stand out in such analyses as having diverged less than the surrounding sequence 以这种分析如具有的分叉建立的功能元素小于周围的排序。
This article points out the reasons for developing the jms , the elementary functional elements of the jms 分析了为什么要引入和发展作业管理系统、作业管理系统应该包含的基本功能要素。
Some junk dna could simply be spacer material that allows enzyme complexes to form around functional elements more easily 某些垃圾dna或许只是允许酶更容易合成形成周围功能元素的中间材料。
High piezoelectric constant and dielectric constant piezoelectric ceramic grain which used as functional element were selected , and mixed with polymers in 60 - 70 % volume percent 选择具有高的压电常数和介电常数的压电陶瓷颗粒作为功能相,并以60 70体积分数与聚合物共混。
For example , the simplicity of the java type system often forces us to choose between precise type checking and keeping a single point of control for each distinct functional element of a program see 比如说, java类型系统的简单性经常迫使我们在精确类型检验和保持对程序的每个不同的功能性元素的单点控制(请参阅
Functional elements were the dna segments that controlled the process of gene expression and gene regulation , so it was quite significant for people to study these functional elements in biosequences 生物序列中的功能元件是能够控制基因的表达和调控过程的dna片断,对它们的研究对于人们理解生物序列的含义具有巨大的意义。
For example , a high proportion of nonfunctional sequence makes it unlikely that a functional element will be destroyed in a chromosomal crossover event , possibly making a species more tolerant to this important mechanism of genetic recombination 例如,比例高的非功能排序就使得它在一次染色体搭桥事件中不太可能受到破坏,或许使得物种朝这个遗传再结合的重要机制方面更有耐受性。
This thesis did some research on the recognition of a specific functional element at first , and then expanded this problem into finding motifs in biosequences ; this thesis also made some valuable studies on pattern finding in biosequences 本文先对特定功能元件的识别进行了研究,然后将该问题推广到生物序列中的模式发现问题上,并对生物序列中的模式发现问题进行了一些有益的探索。