5.1 布朗斯特酸碱 The Brfnsted-Lowry acid-base model 5.2 路易斯酸碱 The Lewis acid-base model

• Overview of QoS in IP networks • Integrated Service model (IntServ) • Resource Reservation Protocol (RSVP) • Differentiated Services model (DiffServ)

采用热力学计算与实验相结合的方法，研究了两种高强韧Al-Zn-Mg-Cu合金铸态及均匀化态的显微组织和相构成.铸态A合金主要由Mg（Zn，Al，Cu）2相和少量Al2Cu相组成，而铸态B合金仅含Mg（Zn，Al，Cu）2相.热力学计算显示，A和B两种合金的实际凝固过程介于Lever Rule和Scheil Model两种模拟结果之间，由于合金成分不同而导致的铸态A和B合金中各相含量差异与Scheil Model模拟所得到的各相摩尔分数变化规律基本一致.经常规工业均匀化处理（460℃保温24 h），铸态A和B合金中存在的Mg（Zn，Al，Cu）2或Al2Cu相均能充分回溶，并得到单相α（Al）基体，这与热力学计算所得到的AlZn-Mg-Cu四元系统在7.5%Zn条件下460℃等温相图相符合

§6.4 联立方程模型的估计 The Estimation of the Simultaneous￾Equations Econometric Model §6.5 联立方程计量经济学模型若干问题的讨论 一、模型估计方法的比较 二、为什么普通最小二乘法被普遍采用 三、联立方程模型的检验

3.1 Framework and Assumptions 3.2 Ordinary Least Squares (OLS) Estimation 3.3 Goodness of Fit and Model Selection Criteria 3.4 Consistency and Efficiency of OLS 3.5 Sampling Distribution of OLS 3.6 Variance Estimation for OLS 3.7 Hypothesis Testing 3.8 Applications 3.9 Generalized Least Squares (GLS) Estimation 3.10 Conclusion

1 Markov Chain Monte Carlo Methods 1.4 The Gibbs Sampler 1.4.1 The Slice Gibbs Sampler 1.5 Monitoring Convergence 1.5.1 Convergence diagnostics plots 1.5.2 Monte Carlo Error 1.5.3 The Gelman-Rubin Method 1.6 WinBUGS Introduction 1.6.1 Building Bayesian models in WinBUGS 1.6.2 Model specification in WinBUGS 1.6.3 Data and initial value specification 1.6.4 Compiling model and simulating values

5.1 布朗斯特酸碱理论 5.2 路易斯酸碱理论 5.5 缓冲溶液 5.3 弱酸、弱碱、水溶液的质子转移平衡 The Bronsted-Lowry acid-base model The Lewis acid-base model Buffer solution Weak acid, weak base and the transfer of a proton in the autoionication of water 5.4 盐的水解 Hydrolysis of salts

1.Design Process 2.E-R Model 3.E-R Diagram 4.Advanced Topics 5.Reduction to Relation Schemas 6.Database Design 7.UML

• Classification of systems • State variable description • State space model of linear systems • Linear-time-invariant systems • Linearization • Transfer function and state space model

Introduction & Motivation Introduction & Motivation Model & Simulation Model & Simulation Results Results  Domain Patterns Domain Patterns  Energy Terms Energy Terms  Field Enhanced Piezoelectricity Field Enhanced Piezoelectricity  Enhanced Piezoelectricity at Zero Field Enhanced Piezoelectricity at Zero Field  Enhanced Piezoelectricity: Critical Phenomena Enhanced Piezoelectricity: Critical Phenomena Summary Summary