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Ç°ÑÔChapter 1 Basic Knowledge of Analytical Chemistry Experiments 1.1 Basic Requirements for Analytical Chemistry Experiments 1.2 Basic Knowledge of the LaboratoryChapter 2 Basic Operation for Quantitative Analysis 2.1 Analytical Balance 2.2 Pipetting and Constant Volume Operation 2.3 Burette and Basic Operations for Titration Analysis 2.4 Basic Operations of Gravimetric AnalysisChapter 3 Quantitative Analysis Experiments 3.1 Basic Operation Practices Exp.1 Practices of Analytical Balance Exp.2 Practices of Basic Operation for Titration Analysis 3.2 Acid-base Titration Experiments Exp.3 Preparation and Standardization of NaOH Standard Solution Exp.4 Preparation and Standardization of HCl Solution Exp.5 Determination of Boric Acid in Food Additives Exp.6 Analysis of Mixed Alkali Exp.7 Determination of Nitrogen in Ammonium Salts Exp.8 Determination of Total Phosphorus in Phosphate Fertilizer Exp.9 Determination of Total Acidity in Edible Vinegar Exp.10 Determination of the Molar Mass of Organic Acids 3.3 Complexometric Titration Experiments Exp.11 Preparation and Standardization of EDTA Standard Solution and Determination of Water Hardness Exp.12 Determination of Calcium and Magnesium in Industrial Raw Materials Exp.13 Determination of Pb2+ and Bi3+ in Mixture of Pb2+ and Bi3+ Exp.14 Determination of Aluminum and Magnesium in Gastropine Tablet Exp.15 Determination of EDTA in Detergents Exp.16 Determination of Iron, Aluminum, Calcium and Magnesium in Cement Clinker Exp.17 Determination of Aluminum in Industrial Aluminum Sulfate 3.4 Redox Titration Experiments Exp.18 Preparation and Standardization of Potassium Permanganate Standard Solution and Determination of H2O2 Exp.19 Determination of Iron in Iron Ore by Potassium Dichromate Method (Mercury-Free Method) Exp.20 Determination of Chemical Oxygen Demand in Environmental WaterSamples (KMnO4 Method) Exp.21 Determination of Chemical Oxygen Demand in Sewage (K2Cr2O7 Method) Exp.22 Determination of Copper in Copper Salt by Indirect Iodimetry Exp.23 Determination of Calcium in Calcium Preparations Exp.24 Determination of Dissolved Oxygen in Water Exp.25 Determination of Vitamin C in Juice Exp.26 Determination of Glucose in Glucose Injection 3.5 Precipitation Titration and Gravimetric Analysis Experiments Exp.27 Determination of Chlorine in Soluble Chloride by Mohr Method Exp.28 Determination of Chlorine in Soluble Chloride by Vollhard Method Exp.29 Determination of Barium in Barium Salt by Gravimetric Method Exp.30 Determination of Barium in Barium Salts (Microwave Drying Gravimetric Method) Exp.31 Determination of Potassium in Fertilizer Exp.32 Determination of Nickel in SteelChapter 4 Spectrophotometry and Common Separation Methods Experiments Exp.33 Spectrophotometric Determination of Iron with Phenanthroline Exp.34 Determination of NO2¨C in Food Exp.35 Determination of Available Phosphorus in Soil Exp.36 Determination of Total Flavonoids in Bamboo Leaves by Spectrophotometry Coupled with Microwave-assisted Extraction Technique Exp.37 Determination of Trace Lead in Environmental Water Samples by Extraction Separation-spectrophotometry Exp.38 Separation and Identification of Amino Acids by Paper Chromatography Exp.39 Separation of Food Pigments by Paper ChromatographyChapter 5 Comprehensive Design Experiments 5.1 Acid-base Titration Design Experiments Exp.40 Determination of SiO2 by Potassium Fluosilicate Method Exp.41 Determination of NaHCO3 and Na2CO3 in Biscuits Exp.42 Determination of Boron Trioxide of Slag 5.2 Complexometric Titration Design Experiments Exp.43 Determination of ZnO in Calamine Lotion Exp.44 Determination of Nickel and Magnesium in Nickel-magnesium Alloys Exp.45 Determination of Each Component in Mixture of Mg2+ and EDTA 5.3 Redox Titration Design Experiments Exp.46 Determination of Chromium in Alloys Exp.47 Determination of Iodine in Iodized Salt Exp.48 Determination of Ferrous Oxide in Iron-containing Steel Slag 5.4 Precipitation Titration Design Experiments Exp.49 Determination of Sodium Chlorine in Food Exp.50 Determination of Chloride Ion in Complex Fertilizer Exp.51 Determination of Silver in Nylon Silver-plated Fiber 5.5 Spectrophotometry Design Experiments Exp.52 Determination of Chromium and Manganese in Steel by Spectrophotometry Exp.53 Determination of Trace Chlorine in Air Exp.54 Determination of Lead in Plant Leaves by Spectrophotometry 5.6 Comprehensive Experiments Exp.55 Preparation and Composition Determination of Potassium Copper (¢ò) Dioxalate Exp.56 Preparation of Sodium Thiosulfate and Determination of Product Content Exp.57 Determination of Zinc Oxide and Boron Trioxide in Flame RetardantsAppendix Appendix 1 Preparation of Commonly Used Buffer Appendix 2 Commonly Used Indicator Appendix 3 Concentrations and Densities of Common Acid-base Solutions Appendix 4 Common Primary Standard and Their Drying Conditions and Applications Appendix 5 Molecular Weight of Common CompoundsµÚ1Õ ·ÖÎö»¯Ñ§ÊµÑé»ù±¾ÖªÊ¶ 1.1 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