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

Sec. 5-1 Force Laws Sec. 5-2 Tension and normal forces Sec. 5-3 Friction forces Sec. 5-4 The dynamics of uniform circular motion Sec. 5-5 Time-dependent force Sec. 5-6 Noninertial frames and pseudoforces Sec. 5-7 Limitations of Newton’s law

5.1自发过程的方向性 The Direction of Spontaneous Process 5.2热力学第二定律的表述 Statement of the Second Law of Thermodynamics 5.3卡诺循环与卡诺定律 Carnot cycle and Carnot Theorem 5.4熵、熵增原理及熵方程 Entropy, The increase principle of Entropy and Entropy Equation 5.5熵的意义及应用 Significance of Entropy and its application

1. Origin of the Law of Gravitation 2. Newton’s Law of Universal Gravitation 3. The Gravitational Constant G 4. Gravitation Near the Earth’s surface 5. The Two Shell Theorems 6. Gravitational Potential Energy

复旦大学：《税法 Tax Law》课程教学论文_研讨型教学在本科税法课程中的应用 Application of discussion-based teaching in the undergraduate tax law course（徐晔、杨丽莉）

Is International Law Impartial? Steven R. Ratner The last decade has seen a resurgence of interest among philosophers in the core questions of ethics and justice on the international plane. Issues once discussed primarily in the response to the major global debates of the 1960s and 1970s-the vietnam War and

Abstract This Article examines international law from the perspective of compliance Using insights from international relations theory, the article adopts a theory in which compliance comes about in a model of rational, self-interested states. Specifically, states are concerned about both reputational and direc t sanctions tor their conduct

上海交通大学：《外国法专题（比较公司法）》课程教学资源（Course Materials）Company Law II_Company Law II Lecture 2：Share Capital

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3. Application of Schmid's law How to determine the active S.S. for all the equivalent S.S. 2 Determine the active S.S. by Reflection Rule. Orientation cell for cubic crystals. Given: BCC Crystal having {110}slip system. Determine: active slip system in response to tensile loading along