§3-1概述Summarize §3-2 单质点弹性体系水平地震作用计算 calculation of horizontal earthquake actions about single particle system §3-3 单质点弹性体系水平地震作用及其反应谱 calculation of horizontal earthquake actions & reaction chart about single particle system §3-4 多质点体系水平地震作用计算 The calculation of horizontal earthquake actions about many particles system §3-4 多质点体系水平地震作用 近似计算法——底部剪力法 §3-5 地震作用效应时程分析法概念 3-6 考虑水平 地震作用扭转影响的计算 §3-7 竖向地震作用的计算 §3-8 地震作用计算的一般规定 §3-9 结构抗震验算

1.1 What are transport systems 1.2 What is traffic control system 1.3 What are the differences between transport planning and traffic control 1.4 History of the traffic control system 1.5 Next generation of traffic control system

3.1系统的宏观和微观储存能 Macroscopic and microscopic energy of system 3.2热量、功量及质量引起的能量传递------传递中的能量 Energy transfer by Heat, Work and Mass 3.3热力学第一定律与闭口系统的能量平衡方程 The first law of thermodynamics and Energy balance equation of closed system 3.4开口系统的能量平衡方程 Energy balance equation of open system 3.5稳态稳定流动的能量平衡 Energy balance for steady-flow systems 3.6工程中的几种稳态稳定流动装置 Some steady-flow engineering devices

Introduce Network Representation with Signal Flow-Graph Basic IIR System Structures Basic FIR System Structures Linear Phase Structures Frequency Sample

Section 1 Overview of haemostatic system Section 2 Imbalance in haemostatic system Section 3 Disseminated Intravascular Coagulation (DIC)

Automatic Transmission (AT) Torque Converter Planetary Gear Hydraulic System Servos and Accumulators Hydraulic Control System Electronic Control System

Male Reprodutive System Male internal genital organs Male External genital organs Female Reproductive System Female internal genital organs

• Multilevel page tables • Different points of view • Pentium/Linux Memory System • Memory Mapping

Module11:file- System Interface(文件系统接口) 1、File Concept(文件概念) 2、Access Methods(存取方法) 3、Directory Structure(目录结构) 4、 Protection(保护) 5、file- System Structure(文件系统结构) 6、Allocation Methods(分配方法) 7、Free -Space- Management(自由空间管理) 8、Directory Implementation(目录实现) 9、Efficiency and Performance(效率和性能) 10、Recovery(恢复)

Application of MR2T2 algorithm in statistical mechanics Canonical ensemble: Distribution function: p(rN)=exp(-E(rN)/KT)/Q Q= JdrN exp(-E(rN)/kT) Different states of the Markov chain: In the application of Metropolis algorithm to a simulation of molecular system, the states of the Markov chain correspond to different configurations of the molecular system