Chapter I – Principles of Regulatory Law in Regulatory States I - Founding Principles § 1 – The Emergence of Competition Law as General Regulatory Law § 2 - The Emergence of Sectorial Regulatory Law § 3 - Why Regulate ? - The Foundations of Public Action II – Principles Governing the Regulation Process § 1 – Regulatory Agencies and the Independence Principle §2 - Principles Governing Regulatory Agencies’ Action Chapter II – Principles of Regulatory Systems in Post-Regulatory States I – Multiplication of Regulation Levels § 1 - Global Regulation § 2 – The Increase of Private Self Regulation § 3 - The Increased Regulatory Function of Private Law II. Private Enforcement of Regulatory Law § 1 – The U.S. Regime of Private Enforcement of Regulatory Law: the Most Fully Developed among Modern Systems § 2 – The Emergence/development of Private Enforcement of Regulatory Law in Europe
1. The traditional role of tribute 2. Tributaries of the late Ming Table 1: Ming tributaries c. 1587 3. The Li Fan Yuan (Court of Colonial Affairs) under the Ch'ing 4. Ch'ing tributaries from the south and east,-general regulations Table 2: Regular Ch'ing tributaries Table 3: Frequency and routes of tribute 5. European countries in the tributary system Table 4: European embassies to the Court of Peking 6. Ch'ing tribute embassies and foreign trade Table 5: Tribute embassies 1662-1911 Table 6: Non-tributary trading countries 1818 7. A selected list of Ch'ing works 1644-1860 on maritime relations 8. Index of tributaries listed in six editions of the Collected Statutes
2022-3-12 1 2 5. Genes and Human Evolution 第五章 :人类进化-基因选择 1. Human Genes: Mutation Drive Human History 人类基因:基因突变推动人类历史 2. Modern Human (Homo Sapiens) v.s. The Last Neanderthal 现代人和最后一个尼安德特人 3. Genes and Collaboration: Power and Knowledge Beyond Death 基因与合作:超越死亡的力量扩展与知识积累
Chapter3 Integral Relations(积分关系式) for a Control Volume in One-dimensional Steady Flows 3.1 Systems(体系) versus Control Volumes(控制体) System: an arbitrary quantity of mass of fixed identity. Everything external to this system is denoted by the term surroundings, and the system is separated from its surroundings by it's boundaries through which no mass