一、 研究对象：正弦载波数字调制系统 二、 研究目的：掌握对数字频带信号的最佳接收方法和了解各种数字调制系统的特点，学会用它们指导实际工作

概述 幅度调制（线性调制）的原理 线性调制系统的抗噪声原理 非线性调制（角调制）的原理 调频系统的抗噪声原理 各种模拟调制系统的比较 频分复用（FDM）技术

一、假设检验的基本思想 二、正态总体均值和方差的检验 三、单正态总体 四、双正态总体 五、样本容量的选取 六、分布拟和检验

§14-3 对称及反对称性质的应用 (Application about symmetrical and antisymmetrical properties ) §14-1 静不定结构概述(Instruction about statically indeterminate structure) §14-2 用力法解静不定结构(Solving statically indeterminate structure by force method)

§1-1 材料力学的任务及研究对象(The tasks and research objects of mechanics of materials) §1-2 变形固体的基本假设(The basic assumptions of deformable body ) §1-3 力、应力、应变和位移的基本概念 ( Basic concepts of force、stress、 strain and displacement) §1-4 杆件变形的基本形式 (The basic forms of deformation)

(Axial tension & Compression, Shear) §2-1 轴向拉压的概念及实例 (Concepts and examples of axial tension & compression) 第二章 轴向拉伸和压缩 Chapter2 Axial Tension and Compression §2-2 内力计算 (Calculation of internal force) §2-3 应力及强度条件 (Stress and strength condition) §2-4 材料在拉伸和压缩时的力学性能 (Material properties in axial tension and compression) §2-5 拉压杆的变形计算 (Calculation of axial deformation) §2-6 拉压超静定问题 (Statically indeterminate problem of axially loaded members) §2-7 剪切变形(Shear deformation)

§12–1 非对称弯曲 (Unsymmetrical bending ） §12–2 开口薄壁杆件的切应力 弯曲中心 (Shear stress of open thin-wall members. Flexural center) 第十二章 弯曲的几个补充问题 (Additional remarks for bending）

§6-1 基本概念及工程实例 （Basic concepts and example problems) §6-4用叠加法求弯曲变形 ( Beam deflections by superposition ) §6-3用积分法求弯曲变形 （Beam deflection by integration ) §6-2挠曲线的微分方程（Differential equation of the deflection curve) §6-5 静不定梁的解法(Solution methods for statically indeterminate beams) §6-6 提高弯曲刚度的措施 (The measures to strengthen rigidity)

7-1应力状态概述 (Concepts of stress-state) 7-2平面应力状态分析-解析法 (Analysis of plane stress-state) 7-3平面应力状态分析-图解法 (Analysis of plane stress-state) 7-4三向应力状态分析 7-5平面应变状态分析 (Analysis of plane strain-state) 7-6广义胡克定律 (Generalized Hook's law) 7-7复杂应力状态的变形比能 (Strain-energy density in general stress-state 7-8强度理论(Failure criteria) 7-9莫尔强度理论 (Mohr's failure criterion)

§10-1 概述 (Instruction) §10-2 动静法的应用 (The application for method of dynamic equilibrium) §10-3 构件受冲击时的应力和变形（Stress and deformation by impact loading)