In this chapter a number of tools for the analysis of multivariable systems will be given.In particular, this will indude poles and zeros of multivariable sy stems the generalized Nyquist Theorem for st ability analysis of multivariable sy stems, and frequency responses for multi-

一、电解分析基础 fundament of electrolytic analysis 二、理论分解电压与析出电位 theoretical decomposition voltage and deposited potential 三、浓差极化与电化学极化 concentration polarization and electrochemical polarization

一、化学计量学介绍 a brief introduction of chemometrics 二、信息评价 information appraise 三、信号与噪声 signal and noise 四、信号的处理技术 technology of signal process 五、多元分析方法 polybasis analysis methods

Mathematical basis of stability analysis =f(x,y) system of two coupled differential equations y=g(x,y) step 1 find nullclines and fixed point(s)

一、晶体特性 property of crystal 二、多晶粉末衍射分析法 multiple crystal powder diffraction analysis 三、单晶衍射分析法 single crystal diffraction analysis

The Completely Randomized Model One-Factor Analysis of Variance F-Test for Difference in c Means The Tukey-Kramer Procedure ANOVA Assumptions The Factorial Design Model: Two-Way Analysis of Variance Examine Effect of Factors and Interaction Kruksal-Wallis Rank Test for Differences in c Medians

5.1 Introduction The properties of airfoils are the same as the properties of a wing with infinite span. However, all real airplanes have wings of finite span. In the present chapter, we will apply our knowledge of airfoil properties to the analysis for finite wings. As we have mentioned in the previous chapter, the analysis for the aerodynamics of wings is separated in two steps.now, we are going on the second-step in Prandtl's philosophy of wing theory

Outline Segmented Reporting and Responsibility Accounting System Cost- Volume-Profit- Analysis Budgeting and Budgetary Control Standard Costs and Variance Analysis Managerial Decision Making Task Team of

Groups bonded by only a sigma bond can undergo rotation about that bond with respect to each other. The temporary molecular shapes that result from rotation of groups about single bonds are called conformations of a molecule. each possible structure is called a conformer. An analysis of the ener changes associated with a molecule undergoing rotation about single bonds is called conformational analysis

Aggregate analysis The accounting ethod Amortized Analysis The potential method