物理化学组合实验(英文版) azw3 chm 地址 kindle 阿里云 下载 umd pdf

本书对实验内容采用组合式编排，即以一种或一类物质的多种物性或一种物性的多种测量方法构成系列实验，同时对每个实验提供扩展性实验设计策略。根据教学需要可对基础、设计、综合三个层次的实验灵活选择组合，以培养学生综合分析问题和解决问题的能力。《BR》全书分为绪论、组合实验系列和附录。组合实验系列包括7个系列共34个实验。附录包括6个物理化学实验技术专题和24个常用的重要物理化学数据表。

Contents

Preface

Introduction

Section 1 Purpose, requirements and rules of physical chemistry experiments

Section 2 Safety protection of physical chemistry experiments

Section 3 Errors and data processing in physical chemistry experiments

Section 4 Computer processing of physical chemistry experiment data

Combined experiment Ⅰ

Experiment 1 Determination of the heat of combustion of sucrose by constant volume thermal method

Experiment 2 Determination of the molar mass of sucrose by freezing point depression method

Experiment 3 Determination of the rate constant of the acid-catalyzed conversion reaction of sucrose by optical rotation method

Experiment 4 Determination of the Michaelis constant of sucrase by spectrophotometry

Combined experiment Ⅱ

Experiment 5 Determination of saturated vapor pressure of ethyl acetate by static method

Experiment 6 Evaporation and condensation method to draw the equilibrium phase diagram of ethyl acetate-ethanol two-liquid

system

Experiment 7 Determination of the rate constant and activation energy of ethyl saponification by conductivity method

Experiment 8 Determination of the dipole moment of ethyl acetate by the solution method

Combined experiment Ⅲ

Experiment 9 Determination of standard entropy and sublimation enthalpy of crystal iodine

Experiment 10 Determination of I2 distribution coefficient anddissociation constant

Experiment 11 Determination of the order of acetone iodization reactions

Experiment 12 “Iodine Clock” reaction

Combined experiment Ⅳ

Experiment 13 Determination of partial molar volume of NaCl

Experiment 14 Determination of osmotic pressure of NaCl injection

Experiment 15 Phase analysis of X-ray powder diffraction method of NaCl

Experiment 16 Drawing of three-component equilibrium phase diagram of KCl-HCl-H2O

Experiment 17 Determination of the heat of solution for KNO

Combined experiment Ⅴ

Experiment 18 Production and application of thermocouple

Experiment 19 Drawing of two-component metal phase diagram

Experiment 20 Determination of the electromotive potential of the original battery

Experiment 21 Surface modification and coloration of aluminum anodization

Experiment 22 Pyrophosphate copper plating

Experiment 23 Stainless steel electrolytic polishing and waste liquid treatment

Experiment 24 Synthesis, characterization and electrical properties of silver nano cables

Combined experiment Ⅵ

Experiment 25 Determination of surface tension of solution

Experiment 26 Determination of critical micelle concentration of surfactants

Experiment 27 Preparation and stability of sol

Experiment 28 Determination of sol electric potential

Experiment 29 Preparation and properties of emulsion

Experiment 30 Determination of the average molar mass of polymer compounds

Combined experiment Ⅶ

Experiment 31 Determination of magnetic susceptibility

Experiment 32 Biomineral and biomineralization

Experiment 33 Synthesis and structure analysis of KDP crystals

Experiment 34 Molecular model and crystal structure

References

Appendix 1 Special topic of physical chemistry experiment technology

Special Topic Ⅰ Temperature measurement technology and instruments

Special Topic Ⅱ Pressure measurement technology and instruments

Special Topic Ⅲ Density measurement technology and instruments

Special Topic Ⅳ Electrical measurement technology and instruments

Special Topic Ⅴ Optical measurement technology and instruments

Special Topic Ⅵ Viscosity measurement technology and instruments

Appendix 2 Data sheets commonly used in physical chemistry experiments

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书籍介绍

《Physical Chemistry Combined Experiments（物理化学组合实验）》对实验内容采用组合式编排，即以一种或一类物质的多种物性或一种物性的多种测量方法构成系列实验，同时对每个实验提供扩展性实验设计策略。根据教学需要可对基础、设计、综合三个层次的实验灵活选择组合，以培养学生综合分析问题和解决问题的能力。 　　《Physical Chemistry Combined Experiments（物理化学组合实验）》分为绪论、组合实验系列和附录。组合实验系列包括7个系列共34个实验。附录包括6个物理化学实验技术专题和24个常用的重要物理化学数据表。