分式色数和点色数是图的两个重要参数。
Chromatic number and fractional chromatic number are two important parameters of a graph.
n节连分式算法是一个实用的一维搜索方法。
N-joint continued fraction algorithm is a practical method for one dimensional research.
而连分式的运算是有条件的，且计算量较大。
So the feasibility of their algorithms is conditional and they need a large amount of calculation.
最后，讨论线性分式自迭代的另一个有趣现象。
Finally, we discuss another interesting phenomenon in self-iteration of linear fraction.
这种繁冗的遁辞常见于数学的许多部分分式中。
This sort of ritual circumlocution is common to many parts of mathematics.
以新设计的对分式导套代替原来的整体式导套。
The original solid guide bushes are replaced by newly designed half bushes.
本文对多元有理分式恒等定理，给出一种证明方法。
The essay points out a demonstration method to the poly-rational fraction identical theorem.
最后给出了上述理论在多目标分式规划方面的应用。
The theory is then applied to a class of nonsmooth multiobjective fractional programming.
在数学学习中经常要将有理函数分解成部分分式之和。
It is widely used to decompose a rational function into the sum of partial fractions.
给出了把真分式分解为部分分式之和的一个简便方法。
We give a simple method of partitioning a true fraction into the partial fraction expansion.
在高等代数的教学教研中，经常要涉及到有关分式恒等问题。
During the teaching and research of higher mathematics, we often touch upon the problems about fraction identically equal.
许多控制问题都可以用线性分式变换（LFT）结构来表示。
Many control problems can be formulated in a linear fractional transformation (LFT) framework.
研究了具有线性分式形不确定性连续广义系统的鲁棒正实性问题。
The problem of robust positive realness for continuous singular systems with linear fractional uncertainties is studied.
从而大大简化了分式分项的计算，简化了有理真分式的积分运算。
The calculation of every fractions in Separating fraction and integral of rational proper fraction is reduced by the method.
自积分式罗氏线圈广泛用于脉冲功率技术中的快过程大电流测量。
The coil can be used in pulsed power technology for ns-level high current measurement.
已有的构造切触有理插值函数方法，多数是与连分式计算相联系的。
Existing methods of constructing oscillatory rational interpolating function are almost related to calculation of continued fractions.
将有理函数分解为部分分式的难点就是确定部分分式中的待定系数。
The difficulty in decomposing rational function into partial fraction is to fix the undetermined coefficient in partial fraction.
这些公式提供了在广义系统的综合中应用分式表示方法的一条可能途径。
These formulas establish a possible way to use the fractional representation approach in the synthesis of the generalized dynamical systems.
分式环和分式模以及与之相关的局部化方法是交换代数中一个重要工具。
The fractional ring(module)and the interrelated localization method are the important tools for commutative algebra.
当用应力—强度干涉理论计算断裂概率，问题归结为一维积分式的求解。
And then, by using the stress strength interference theory to calculate fracture probability is converted to resolve a one dimensional integral.
应用分式线性变换检测法进行了对比测试，验证了理论分析结果的正确性。
By using the linear fraction transformation method, the compared measurements are made, which verify the validity of the theoretical results.
针对该问题，提出一种基于频响函数左矩阵分式模型的模态参数识别方法。
Focusing on this problem, a modal parameters identification algorithm based on left matrix fraction description of FRF was proposed.
为了提高色差计的精度，对光电积分式测色色差计的原理误差进行了研究。
In order to improve the precision of colorimeters, photoelectricity integral colorimeter principle error emendation is studied.
事实上，它将拆分式版的ApacheTomcat用作帮助应用服务器。
In fact, it USES a stripped-down version of Apache Tomcat as the help application server.
设计了一个硬件支持层，包括尾部坐标带宽分配表和积分式的带宽发放系统。
A hardware supporting layer is designed, including a tail coordinate bandwidth table and a bandwidth distribution module.
本文用分解真分式为最简分式的分解基本定理来确定最简分式分子里的常数。
This article defined constant in numerator of simplest fraction by the way of resolve proper fraction to simplest fraction.
本文研究了矩阵连分式的性质，获得了关于矩阵连分式序列收敛性的一些结果。
In this paper, we discuss the properties of matrix continued fractions, and obtain some results for the convergence of the sequence of matrix continued fractions.
阻抗函数用分式多项式近似，并表达为串接的并联电阻、电感的福斯特电路形式。
The impedance function is approximated by fractional polynomial, which is represented as a series connection of parallel RL elements (Foster form).
接着讨论了用积分方法求解压缩面积的方法，并给出了积分式及其相应的计算公式。
Then, they discuss the method of adopting integral method to calculate the compressed area and give out the integral formula and its corresponding calculation result.
接着讨论了用积分方法求解压缩面积的方法，并给出了积分式及其相应的计算公式。
Then, they discuss the method of adopting integral method to calculate the compressed area and give out the integral formula and its corresponding calculation result.
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