肩胛骨骨折 Fractrue of the Clavicle 肱骨干骨折 Fractrue of the Shaft of Humerus 肱骨髁上骨折 Supracondylar Fractrue of the Humerus 肱骨髁间骨折 Interocondylar Fractrue of the Humerus 肱骨外髁骨折 Fractrue of external Condyle of Humerus 肱骨内上髁骨折 Fractrue of medial epicondyle of Humerus 尺骨鹰嘴骨折 Olecranal Fractrue 桡骨头骨折 Fractrue of the Head of the Radius 尺、桡骨干双骨折 fractrue of radius and ulna 尺、桡骨干单骨折 fractrue of radius or ulna 尺骨上1/3骨折合并桡骨头脱位 Monteggia’s fractrue 桡骨下1/3骨折合并下桡尺关节脱位 Galeazzi’s fractrue 腕骨骨折 Fractrue of the Carpal Bones 腕舟骨骨折 Fractrue of the Scaphoid 掌骨骨折 Fractrue of metacarpal bone 指骨骨折 Phalangeal fractrue

Chapter 2 Instruments of IS ◼ 2.1 An Overview of Negotiable Instruments ◼ 2.2 Bill of Exchange/Draft ◼ 2.3 Promissory Note ◼ 2.4 Check Chapter 3 Remittance ◼ 3.1 Outline of Remittance ◼ 3.2 Procedure for Remittance ◼ 3.3 Application of Remittance Chapter 4 Collection ◼ 4.1 An Overview of Collection ◼ 4.2 Documentary Collection Practice ◼ 4.3 Risk Protection and Financing under Collection Chapter 5 Letter of credit ◼ 5.1 An Overview of L/C ◼ 5.2 Procedures of L/C ◼ 5.3 Types of credit ◼ 5.4 Key Issues under L/C Chapter 6 Documents ◼ 6.1 Commercial documents ◼ 6.2 Transport documents ◼ 6.3 Insurance documents ◼ 6.4 official documents ◼ 6.5 Documents examinations and disposal of discrepancies Chapter 7 International Trade Finance ◼ 7.1 Facilities on Import & Export Finance ◼ 7.2 Forfeiting ◼ 7.3 International Factoring Chapter 8 Bank’s Letter of Guarantee ◼ 8.1 Concepts of L/G ◼ 8.2 Parties to an L/G ◼ 8.3 Types of L/G ◼ 8.4 Contents of L/G

12.1 Moment of momentum of a particle and its system 12.2 The moment of inertia of a rigid body against an axis 12.3 theorem of moment of momentum 12.4 Differential equation of a rigid body rotating about a fixed axis 12.5 Theorem of moment of momentum of a system of particles relative to the center of mass 12.6 Differential equations of motion in a rigid body plane

7.3 Conservation of Discretized Equations 7.4 Transportive Property of Discretized 7.5 Sign-preservation Principle for Analyzing 7.3.1 Definition and analyzing model 7.3.2 Direct summation method 7.3.3 Conditions for guaranteeing conservation 7.3.4 Discussion－expected but not necessary 7.3.2 Direct summation method (直接求和法) 7.3.4 Discussion－Conservation is expected but not 7.4.1 Essential (基本的) difference between 7.4 Transportive (迁移)Character of Discretized 7.4.2 CD of diffusion term can propagate(传播) 7.4.3 Analysis of transport character of 7.4.4 Upwind scheme of convection term 7.4.5 Discussion on transport character of 7.4.1 Essential difference between convection 7.4 Transportive Property of Discretized Equations 7.4.3 Analysis of transport character (迁移特性) of 7.4.4 Upwind scheme (迎风格式) of convective 7.4.5 Discussion on transportive character of 7.5 Stability analysis of discretized diffusion￾convection equation

The Science of Genetics Cellular Reproduction Mendelism: The Basic Principles of Inheritance CHAPTER 4 Extensions of Mendelism The Chromosomal Basis of Mendelism Variation in Chromosome Number and Structure Linkage, Crossing Over, and Chromosome Mapping in Eukaryotes The Genetics of Bacteria and Their Viruses DNA and the Molecular Structure of Chromosomes Replication of DNA and Chromosomes Translation and the Genetic Code Mutation, DNA Repair, and Recombination The Techniques of Molecular Genetics Genomics Applications of Molecular Genetics Transposable Genetic Elements Regulation of Gene Expression in Prokaryotes Regulation of Gene Expression in Eukaryotes The Genetic Control of Animal Development The Genetic Basis of Cancer Inheritance of Complex Traits Population Genetics Evolutionary Genetics Transcription and RNA Processing

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

Ground granulated blast furnace slag (GGBFS) and steelmaking slag have been used as a raw material for cement production or as an aggregate to make concrete, which contribute aluminum, calcium, iron, and silicon oxides.The suitability of the slag for a particular application depends on its reactivity, cost, availability, and its influence on the properties of the resulting concrete.For the interest of durability studying of concrete in the presence of slag, the accelerated carbonation products and leaching behavior of the slag and Portland cement (PC) were studied.The experimental results confirmed that the slag was more resistant to carbonation compared to PC.The carbonation degree of GGBFS reduced by 17.74%;and the carbonation degrees of steelmaking slags reduced by 9.51%-11.94%.Carbonation neutralized the alkaline nature of the hydrated pastes and gave rise to the redox potential of the leachate slightly (30-77mV).The carbonation also increased the release of most of the elements pr

8.1 Metallic bond and general properties of metals 8.1.1 The “free-electron” model of metal 8.1.2 The Band Theory of Solids 8.2 Close-packing of spheres and the structure of pure metals 8.2.1 packing of identical spheres 8.2.2 Packing density 68.02% 8.2.3 Interstices 8.2.4 A structural survey of pure metals 8.2.5 Atomic radii of metals 8.3 The structures and properties of alloys 8.3.1 The structure of metallic solid solutions 8.3.2 The structure of metallic compounds 8.3.3 The structure of interstitial metallic compounds

9.1 The Approach for Design of Hydrostatic Circuits 9.1.1 Determination of design requirements 9.1.2 Analysis for working conditions and determination of main parameters 9.1.3 Determination of hydraulic system diagram 9.1.4 Calculation and selection of hydraulic components 9.1.5 Performance check for a hydraulic system designed 9.1.6 Drawing of working diagrams and technical documents 9.2 A Design Example of Hydraulic Systems 9.2.1 Analysis of working conditions 9.2.2 Determination of main parameters of the actuator 9.2.3 Design of hydraulic systems 9.2.4 Selection of hydraulic components 9.2.5 Performance check for hydraulic systems

The Present work has found that the transverse rupture strength of WC-Co hardmetals can be improved by queuching heat treatment. The increment of transverse rupture strength （ΔTRS） was dependent on the cobalt content of hardmetal. The higher the cobalt content of hardmetal is, the more the increment of transverse rupture strength is. The main reason is that the transformation of face centered cubic cobalt stabilized at high temperature to hexagonal close packed cobalt can be depressed by quenching. The transformation temperature of hexagonal close packed cobalt binder phase was determined by differential thermal analysis. It was found that the transformation temperature increases with increase of cobalt content of hardmetal. The reason is that the cobalt binder phase of high cobalt hardmetal contains higher tungsten content than that of low cobalt hardmetal after quenching