1) method of moments
矩量变换法
1.
The p-xylene crystallization kinetics is investigated by the method of moments through seeded batch cooling crystallization experiments with a binary mixture of p-xylene and m-xylene,in which the original p-xylene concentration is 82%(mass).
本文利用超声在线粒度仪(OPUS)检测对二甲苯晶体的粒度分布,通过添加晶种的间歇悬浮熔融结晶实验,应用矩量变换法测定82%(质量)对二甲苯-间二甲苯体系中的对二甲苯结晶动力学。
2.
The population balance equation was solved with the method of moments.
利用间歇动态法研究高质量分数混合二甲苯中的对二甲苯结晶动力学,应用矩量变换法求解粒数衡算方程,通过测量结晶过程中的母液温度和对二甲苯质量分数的变化,由非线性优化法求解对二甲苯结晶动力学参数。
2) moment transform
矩量变换
1.
After the filtration of the correlative crystallization kinetic models, the moment transform method, one of the intermittent dynamic methods, was adopted to determine the crystallization kinetic equations of fine granular vitamin C.
对相关的结晶动力学模型进行筛选,采用间歇动态法中的矩量变换法建立了小粒度维生素C冷却结晶过程动力学方程,利用最小二乘法对动力学实验数据进行多元线性回归后得到了动力学参数,通过实验,验证了动力学模型的可靠性。
2.
After filtration of the correlative crystallization kinetic models, the moment transform method, one of the intermittent dynamic methods,was adopted to determine the crystallization kinetics of fine granular vitamin C.
筛选了相关的结晶动力学模型,采用矩量变换法测定了小粒度维生素C冷却结晶过程动力学,用最小二乘法进行多元线性回归得到了动力学参数,通过实验验证了动力学模型的可靠性,并对小粒度维生素C冷却结晶过程的影响因素进行了分析讨论。
3.
After the correlative crystallization kinetic models were selected,the moment transforming,one of the intermit- tent dynamic methods,was adopted to determine the crystallization kinetics of fine granular vitamin C.
对相关的结晶动力学模型进行了筛选,采用间歇动态法中的矩量变换法测定了百目 Vc 冷却结晶过程动力学,利用最小二乘法进行多元线性回归后得到了动力学参数,通过实验验证了动力学模型的可靠性,并对百目 Vc 冷却结晶过程的影响因素进行了分析讨论。
3) matrix transform
矩阵变换法
1.
In order to solve the problem of direct sequence spread spectrum signal s check and recognition,a blind estimate algorithm is proposed,it based on cyclic spectrum theory and matrix transform.
为了解决正确检测和识别直扩信号的问题,提出一种基于循环谱理论和矩阵变换法的盲估计算法。
2.
A simple blind estimate algorithm is proposed based on matrix transform.
提出一种基于矩阵变换法的简便盲估计算法。
3.
Some of these differential equations as non-conventional(non-formula method),use of for-element method,generating function method,the matrix transformation method,such as special effects have been ideal;the way of thinking so that discrete mathematics,linear algebra,mathematical analysis of different mathematical knowledge together with a certain reference value.
这些差分方程有的为非常规(无公式解法),运用换元法、母函数法、矩阵变换法等特殊方法求解可得到理想效果,从而得到一些有参考价值的结果。
4) Calibration transformation matrix
校正变换矩阵法
1.
Adulteration detection method on edible oils by microwave-assisted derivatization and GC-MS coupled with calibration transformation matrix;
微波辅助衍生GC-MS测定校正变换矩阵法应用于食用植物油的识别
2.
An adulteration detection method on edible oils by microwave assisted derivatization and GC MS to determinate fatty acids coupled with calibration transformation matrix was developed.
建立了微波辅助衍生化GC MS测定植物油中的脂肪酸含量 ,使用校正变换矩阵法对食用植物油的成份进行测定的方法。
5) the coordinate matrix transformation
坐标矩阵变换法
6) cyclic variable method
变量轮换法
1.
Under the background of DATIAN doub- le-arch tunnel in construction of the Tonghuang Highway,cyclic variable method is used to optimize the parameters of SVM based on SVM algorithm in order to present the nonlinear relation between the data,meanwhile the nonlinear model for displacement is established.
以铜黄高速公路大田双连拱隧道施工为背景,在支持向量机算法的基础上,采用变量轮换法对其参数进行优化处理,从而呈现了监测数据复杂非线性特征并建立隧道位移监测时间序列非线性模型。
2.
Compared to other widely used direct search method,random search methods and cyclic variable method have the advantages of simpleness and clear,easily programmed and smple implementation,especially when the gradient is burdensome or impossible to calculate.
与其它直接处理法相比 ,约束随机搜索方向法和变量轮换法的算法具有简单明了、编程简单、容易实现等特点 ,特别适用于目标函数的梯度计算复杂或不能计算的场合。
3.
The cyclic variable method is used to optimize parameters of SVM so as to establish the nonlinear time series model.
采用变量轮换法对支持向量机(SVM)参数进行优化处理,结合时间序列分析理论,建立起隧道围岩变形时间序列非线性模型,并以此对隧道围岩变形进行预测。
补充资料：转矩变换器
分子式：
CAS号：
性质：将转矩从一种形式转换为另一种形式的装置，例如将转矩变换成模拟数据或数字数据。
CAS号：
性质：将转矩从一种形式转换为另一种形式的装置，例如将转矩变换成模拟数据或数字数据。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条