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Author of Metallurgical Experimental Research Methods: Chen Jianshe ISBN: 9787502438258 Publisher: Metallurgical publication date: October 2005 Content Introduction This book is divided into 1 chapters, including how to perform error analysis and data processing, scientific literature retrieval methods, experimental design methods, knowledge about chemical equilibrium, phase equilibrium and solid electrolyte batteries, related methods for metallurgical experimental research (including temperature field acquisition and measurement technology, vacuum technology, gas purification and atmosphere control, metallurgical powder and melt property measurement technology), commonly used modern physical testing methods and how to write scientific papers. The appendix contains information and data needed for teaching and conducting metallurgical experimental research. This book can enable undergraduate students majoring in metallurgical engineering to understand the procedures of experimental research work, master experimental methods and skills, and cultivate students' ability to analyze and solve practical problems in metallurgical engineering. This book can also be used as a reference for engineering and technical personnel in metallurgical research and production units. Contents Introduction 1 Error analysis and data processing 1.1 Representative values ​​and errors 1.2 Discarding suspicious observation values ​​1.3 Error transmission in indirect measurement 1.4 Representation method of test data Questions and Answers * Question 2 Scientific and technological literature search 2.1 Types of scientific and technological literature and search methods 2.2 Guide to large-scale search tools 2.3 Patent search 2.4 Special literature search 2.5 Other database thinking questions and * Question 3 Experimental design 3.1 Optimal experimental design 3.2 Orthogonal experimental design 3.3 Regression orthogonal experimental design 3.4 Mixture regression experimental design thinking questions and * Question 4 Chemical Equilibrium and Phase Equilibrium 4.1 Criteria for the Stability of Compounds - △G 4.2 Bit Map of Compounds 4.3 Questions and Answers on the General Principles of Phase Equilibrium * Question 5 Solid electrolyte battery and its application 5.1 Solid electrolyte 5.2 Preparation of oxide solid electrolyte 5.3 Working principle of oxide solid electrolyte battery 5.4 Electronic conductivity of solid electrolyte 5.5 Experimental determination of electronic conductivity of solid electrolyte 5.6 Types of solid electrolyte sensors 5.7 Application of solid electrolyte battery thinking questions and * Question 6 Obtaining and measuring the temperature field 6.1 Obtaining the low-temperature field 6.2 Obtaining and applying constant temperature in the laboratory 6.3 Obtaining the high-temperature field 6.4 Temperature measurement and control 6.5 Refractory and thermal insulation materials thinking questions and * Question 7 Vacuum technology 7.1 Overview 7.2 Vacuum acquisition and equipment 7.3 Vacuum system 7.4 Vacuum measurement 7.5 Vacuum leak detection questions and answers * Question 8 Gas purification and atmosphere control 8.1 Characteristics of several commonly used gases and their preparation methods 8.2 Purification methods of common gases and gas purifiers 8.3 Preparation of mixed gases 8.4 Measurement of gas flow 8.5 Storage and safe use of gases Thought questions and * Question 9 Physical property testing of powder melt 9.1 Preparation of sample 9.2 Determination of physical properties of powder 9.3 Determination of melt physical properties Thinking questions and * Question 10 Modern detection technology 10.1 X-ray diffraction analysis 10.2 Transmission electron microscope…………