Chapter 2: Socket Programming Chapter goal: a Program interface to rotocol Socket API Socket programming model

Conceptual interface specification Implementation of an API The TCP/IP standards do not leave All implementations of a particular API appear the ithout any guidance. or functions)that ar

GU组件 现代的用户倾向于使用可以由鼠标方便操作的图形用户界面(GUI- Graphical User Interface)程序。本章的内容就是介绍如何使用 JFC( Java Foundation Class)中的 Swing组件 Componen来构建 GUI应用程序

Local Scope vs. Global Scope of an Identifier Detailed Scope Rules to Determine which Variables are Accessible in a block Determining the Lifetime of a Variable Initializations in Declarations Interface Design Writing a Value-Returning Function for a Task Some Value-Returning Functions with Prototypes in Header Files cctype and cmath

GUⅠ为 Graphics User Interface的简写,即图形用户界面,这是用于提高人机交互友好 性、易操作性的计算机程序,它是建立在计算机图形学基础上的产物。图形用户界面是当今 计算机技术的重大成就之一,它极大地方便了非专业用户的使用,人们不再需要死记硬背大 量的命令,而是通过窗口、菜单方便地进行操作

QAMa Quadrature Amplitude Modulation,正交御度调间 DATe Discrete multi Tone,高 捷入网的两个武准G.902、Y.1231 多背 CAPI Carrierless Amplitude-Phase 无新相调制 G902定义献入同围由三个接口定界:用产网始接日 UNI User Network Interface(连新代的 DSLI ADSI2、ADSL2+、vDsL 接用户与接入网之问的接口,类型:单一UM和共享UN)业务节点接口 SNI Service xDSL 2.DL EEE HDSL、sDsL、Isl

第四章复合料 4.1概述复合材料按结构分类 4.2混合原理 4.3 聚合物基体 4.4 增强纤维 4.5 界面 Interface 4.6 树脂基复合材料 4.7 复合材料的加工 4.8 碳基复合材料 4.9 STRUCTURAL COMPOSITES

Chapter 15 Objectives After you have read and studied this chapter, you should be able to Develop large programs incrementally using multiple objects from object categories controller, storage, application logic, and user interface. Develop large programs that are extensible and modifiable by applying polymorphism and inheritance effectively in program design. Document how the methods in the classes are related by using method call sequence diagrams

Chapter Operating System Key points: Function and structure of Operating System Difficult points: Resource allocation and related functions User interface functions

一、理解界面张力的定义、物理意义及测定方法; 二、掌握 Laplace方程和 Kelvin方程及其应用; 亚稳状态及新相生成的热力学 三、固体表面的吸附重点掌握 Langmuir单分子层吸附等品式 四、掌握接触角与润湿作用, Young方程及其应用 五、掌握界面吸附、表面过剩、 Gibbs吸附等温方程及其应用; 六、了解表面活性剂的结构特征及应用。 10.1 界面张力 10.2 弯曲表面下的附加压力及其后果 10.3 固体表面 10.4 液-固界面 10.5 溶液表面