Introduction Chapter 1 Estimation and Analysis of Experimental Errors 1.1 Experimental Errors 1.1.1 Direct and Indirect Errors 1.1.2 True Value of ExperimentaIData 1.1.3 Definition and Representation of Error 1.1.4 Classification of Errors 1.1.5 PrecisionTrueness and Accuracy 1.2 Significant Digit and Notation of Experimental Data 1.2.1 Significant Digit 1.2.2 Rounding Off Rules 1.2.3 Significant Digit of Direct Measurement Value 1.2.4 Significant Digit of lndirect Measurement Value 1.3 Error Estimation for Direct Measurement Value 1.3.1 Error Estimation for Once Measurement Value 1.3.2 Error Estimation for Multiple Measurements 1.4 Error Estimation of lndirect Measurement Value 1.4.1 General Function of Error Transfer 1.4.2 Application of Error Transfer Function 1.4.3 Application of Error Analysis List of Symbols Exercises
Chapter 2 Experimentaf Data Processing 2.1 Tabular Method and Graphical Method 2.1.1 Tabular Method 2.1.2 GraphicaIMethod 2.2 Experimental Data Regression Analysis 2.2.1 Definition and Content of Regression Analysis 2.2.2 Regression Expression Selectio 2.2.3 Simple Linear Regression 2.2.4 Multivariable Linear Regressio 2.2.5 Nonlinear Regression List of Symbols Exercises
Chapter 3 Orthogonal Experimental Design Method 3.1 The Advantages of Orthogonal ExperimentaIDesign Method 3.2 OrthogonaI Array and Its Characteristics 3.2.1 Equal Level OrthogonaI Array 3.2.2 Mixed Level OrthogonaIArray 3.3 The Interaction between Experimental Factors 3.3.1 The Definition of Interaction 3.3.2 The Discrimination oflnteractio 3.4 OrthogonaIArray Header Desig 3.4.1 The Header Design with Interaction Effect 3.4.2 Header Design withoutlnteraction Effect 3.5 The Basic Principles of Choosing an OrthogonaI Array 3.6 The Operating Method of An OrthogonaI Experiment 3.7 The Range Analysis of the Orthogonal Experimental Results 3.8 The Variance Analysis ofthe OrthogonaIExperimentaIResu List of Symbols Exercises
Chapter 4 Measurement of Common Physical Parameters in Chemical Industry 4.1 Basic Technical Performance of Measuring Instruments 4.1.1 Characteristics of Measuring Instrument 4.1.2 Measuring lnstrument Selection Principle 4.2 Pressure Difference Measurement 4.2.1 Pressure Gauge and Differential Pressure Gauge 4.2.2 Pressure Difference Transducer 4.2.3 The Calibration of Pressure Gauge 4.2.4 Some Technological Matters in the Use of Pressure Gauge 4.3 Flow Measurement Techniques 4.3.1 Throttling Flowmeter 4.3.2 Rotameter 4.3.3 Turbine Flowmeter 4.3.4 Test and Calibration of Flowmeter 4.4 Temperature Measurement Techniques 4.4. 1 Thermocouple ……
Appendix Laboratory Safety Rules Experiment 1Experiment of Fluid Dynamics Experiment 2 Heat Transfer Experiment Experiment 3 Application of Orthogonal Method in the Filtration
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