无机及分析化学实验（英文版）

　　《无机及分析化学实验（英文版）》是为适应高校化学教育的国际化发展需要而编写的，旨在通过标准化实验技能训练，培养学生熟练的实验技能、独立分析问题和解决问题的能力，及良好的综合实验素质等，同时也有助于专业英语水平的提高。本书包括四部分内容：化学实验基本知识、无机化学实验、分析化学实验及附录，其中无机化学实验包括14个实验室常见实验，分析化学实验包括6个经典实验。 《无机及分析化学实验（英文版）》可作为化学化工类、轻化工、药学、生命科学、材料科学、环境科学等理工科国际班的实验教材，也可供有意提升专业英语能力的人员参阅。

　　丁云桥，齐鲁工业大学化学与制药工程学院，副教授，教育经历2006/09 - 2009/12， 山东大学，高分化学与物理，博士2003/09 - 2006/06，山东大学，理论与计算化学，硕士1997/08 - 2000/08，山东师范大学，化学教育，本科（函授）1993/09 - 1996/07，济南大学，应用化学，专科科研与学术工作经历2010/09 - 至今，齐鲁工业大学，化学与制药工程学院，副教授2011/08 - 2013/08，国立中山大学（台湾），化学系，博士后研究1996/07 - 2003/09，山东省化工研究院，生物与化学重点实验室。研究领域1. 胶原及胶原基材料物理化学性质的分子模拟与实验研究2. 功能性有机硅交联剂的设计、合成，结构与性能关系与应用3.有机小分子反应机理的理论化学研究

Part 1　Basic Knowledge of Chemical Experiment 1Chapter 1　Common Senses of Chemistry Experiments 11.1　Objectives and Requirements of the Experiments 11.2　Laboratory Safety Rules 21.3　Skills and Learning Strategies 4Chapter 2　Common Instruments and Basic Operations in Chemical Experiments 82.1　Common Instruments 82.2　Clean and Dry Glasswares 162.3　Basic Measuring Instruments 182.4 Basic Weighing Instruments 252.5　Chemical Reagents 292.6　Heating 312.7　Dissolution, Crystallization and Precipitation 352.8　Common Measuring Instruments 42Chapter 3　Error Analysis and Data Evaluation 603.1　Error Analysis 603.2　Data Evaluation 66Part 2　Inorganic Chemistry Experiments 69Experiment 2-1　Washing, Drying and Storing of Glasswares 69Experiment 2-2　Purification of Crude Salt 75Experiment 2-3　Separation and Identification of Common Anions 79Experiment 2-4　Ionization Equilibrium and Precipitation Reaction 84Experiment 2-5　Properties and Application of d-block Transition Elements and Their Compounds 90Experiment 2-6　Separation and Identification of the Mixed Cations 98Experiment 2-7　Refining Copper Sulfate Pentahydrate from Bluestone 102Experiment 2-8　Preparation of Potassium Ferrioxalate 104Experiment 2-9　Preparation of Ammonium Ferrous Sulfate 106Experiment 2-10　Alkali Metals and Alkali-earth Metals 108Experiment 2-11　Natures of Elements in Group ⅠB and ⅡB 111Experiment 2-12　Determination of the Solubility Product Constant of Cupric Iodate 115Experiment 2-13　Determination of Components and Stability Constant of the Sulfosalicylic Acid Copper Complex 119Experiment 2-14　Determination of the Crystal Field Splitting Energy of Cr(Ⅲ) Complexes by A Spectrophotometer 122Part 3　Analytical Chemistry Experiments 125Experiment 3-1　Titration Practice 125Experiment 3-2　Measurement of Total Acid Content in Vinegar 129Experiment 3-3　Determination of H2O2 Concentration by Redox Titration with Potassium Permanganate as Titrant 132Experiment 3-4　Determination of Tap-Water Hardness 135Experiment 3-5　Determination of Iron by Spectrophotometry 140Experiment 3-6　Determination of Ca2+ Concentration (Final Examination of Analytical Chemistry Experiments) 144Part 4　Appendix 147Appendix 1　Common Legal Measurement Units 147Appendix 2　Dissociation Constant of Weak Acid or Weak Base 149Appendix 3　Solubility Product of Slightly Soluble Compounds (18～25℃, I=0) 151Appendix 4　 Stability Constants of Coordination Compounds 153Appendix 5　Standard Electrode Potential (298.15K) 156Appendix 6　Relative Molecular Mass of Compound 161Appendix 7　Concentration and Density of Common Acid and Alkali Reagents 164Appendix 8　Common Acid and Alkali Indicator 165Appendix 9　Mixed Acid base Indicator 166Appendix 10　Redox Indicator 167Appendix 11　Metal Indicator 168Appendix 12　Preparation of Common Buffer Solution 169Appendix 13　Preparation of Common Reagents 170Appendix 14　Colors of Common ions and Compounds 172Appendix 15　Identification of Common Cations 173Appendix 16　Identification of Common Anions 178Appendix 17　Preformance and Applied Range of Common Desiccant 180Appendix 18　The Knowledge Involving Toxic Chemicals 182References 185