海森堡用一系列数学元素来代表被观测到的量，比如原子吸收或发出的辐射，用以替换波尔的无法观测的原子模型运行轨道。
Heisenberg replaced the unobserved orbits of Bohr's atomic model with a series of mathematical entities representing observed quantities, such as the radiation emitted or absorbed by an atom.
它还增加了艺术创造的元素，来吸引新的一批可能不认为自己是“学数学的料”的学生。
It also adds the element of artistic creativity to attract a new pool of students who may not see themselves as "math people".
一个矩阵可被映射到另一个矩阵、用某个元素来填充、转置和进行常见的数学运算。
A matrix can be mapped into a matrix, filled with some element, transposed, and subjected to the usual mathematical operations.
在这些语言中，数学函数通常应用于元素序列中的每个元素，但也会应用于单个数字。
In these languages, numeric functions generally apply to each element in a sequence of elements, but also to an individual number.
但是读懂这种语言，并能够预测出一维元素如何在三维空间当中折叠的，则需要一本数学词典。
But to read this language and predict how the one-dimensional string will fold up in three-dimensional space, you need a mathematical dictionary.
施托克·豪森的音乐是基于数学原理构思的；但是，随着年月的流逝，他又喜欢上了在作品中注入更多的元素，如旋律的变移、自由度与机遇。
Stockhausen's music was constructed on mathematical principles; but, as the years passed, he liked to throw in more elements of motion, freedom and chance.
此外，与ContentMathML不一样，对于常见数学运算符没有预定义的元素，因为核心openmath语言只定义基本结构。
Also, unlike Content MathML, there are no predefined elements for common mathematical operators, since the core OpenMath language just defines the basic structure.
但是，要在不使用预定义元素的情况下引用数学符号，您可以使用元素：myfun。
However, to refer to mathematical symbols without a predefined element, you can use the element: myfun.
这些元素涵盖大学之前可能遇到的大多数数学表达式。
These elements are chosen to cover most of the mathematical expressions you might encounter in a pre-university level mathematical education.
几何是数学中最易于变化的形体，也是室内设计流派结构主义的标志体，所以自然也成了此次ktv设计的主要元素。
Geometry is the most easy to change form, mathematics of interior design schools of structuralism, so natural also becomes the main elements of the design of the KTV.
多重集：一个数学上的概念，表示了一种从集合中元素到出现次数只见的映射关系。
A mathematical entity that represents a mapping between the elements of a set and the number of times they appear.
群：二元结合运算为闭合的数学集合，具有单位元素。集合中每一元素都有逆元素。
Mathematics a set with an associative binary operation under which the set is closed, which contains an identity element and an inverse for every element in the set.
提出一种基于多结构元素的数学形态学图像边缘检测算法。
Based on mathematical morphology of multi-structure element, an algorithm of image edge-detection was proposed.
因为我曾致力于经济学和数学领域，我只有加倍努力才能获取浪漫生活的元素并使之得以保鲜。
As someone who has worked in economics and applied mathematics, I have had to work to retain and maintain elements of the romantic life.
数学形态学用具有一定形态结构的“结构元素”去度量图像的形态，以解决图像处理和分析问题。
Mathematics morphology USES the structural element that has structure form to detect the morphology of im-age, in order to solve the problem in image processing and analysis.
操作符作为一种贴近数学符号的计算机语言元素，得到了绝大多数计算机程序设计语言的支持，大大方便了算法的实现。
Operators as a close to mathematical symbols computer language elements, get the most computer programming language support, greatly facilitate the realization of the algorithm.
介绍了数学形态学的基本运算及数学形态学在图像处理中的主要应用，并讨论了结构元素的选取方法。
Introduce the basic operation of mathematical morphology and application in image processing, and the method of selecting structure element.
“数学就是使用各种元素，把它们放在一起，看看能得到什么结果，然后判断它是不是美味可口，”她说。
"Math is about taking ingredients, putting them together, seeing what you can make out of them, and then deciding whether it's tasty or not," she said.
虽然仍有人利用数学及统计学的概率公式，将音高、力度、节奏各元素作不同的设计，可是它们所显现的，只是更精密、更机械化，缺少感情与人性。
Although the tendency of applying mathematics and statistics to musical parameters has continued, the resulted works often appear rigorous and mechanical and sound avoid of emotion and humanity.
FEM可以在数学上被表示为由元素组成的FEM矩阵，并且也可以以图形形式来显示。
The FEM can be expressed mathematically as an FEM matrix made up of the elements, and can also be displayed in graphical form.
本文以湖北随枣金矿带为解剖对象，以微量元素组合特征为研究手段，引入数学方法从定量化的角度较深入地探讨了研究区成矿作用。
By means of studying the microelements assemblage characteristics from the angle of quantization by mathematic method, the metallogenesis of Sui-Zao gold ore belt in H…
通过分析配电网的有向拓扑图，建立了配电网的数学模型——节点线段关联矩阵，并在该数学模型的基础上，分析归纳出节点阻抗矩阵各元素的计算方法。
According to the feature of network configuration and based on multi-port compensation technique, the approach uses the network branch equation to directly constitute the nodal impedance matrix.
通过分析配电网的有向拓扑图，建立了配电网的数学模型——节点线段关联矩阵，并在该数学模型的基础上，分析归纳出节点阻抗矩阵各元素的计算方法。
According to the feature of network configuration and based on multi-port compensation technique, the approach uses the network branch equation to directly constitute the nodal impedance matrix.
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