化工原理实验及虚拟仿真 双语2025|PDF|Epub|mobi|kindle电子书版本百度云盘下载

化工原理实验及虚拟仿真 双语PDF格式电子书版下载

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绪论1

一、化工原理实验的重要性及其目的1

二、化工原理实验的特点1

三、化工原理实验教学内容与教学方法1

四、本课程化工原理虚拟仿真实验的特点2

五、新型的化工原理实验教学方法2

第一章 化工原理实验研究方法4

一、直接实验法4

二、量纲分析法4

三、数学模型法4

四、冷模实验法5

第二章 实验数据的处理方法6

一、实验数据误差分析6

二、实验数据处理15

第三章 化工原理虚拟仿真实验概述22

一、软件运行环境22

二、化工原理实验虚拟仿真系统启动22

三、化工原理实验虚拟仿真菜单功能23

第四章 流体力学综合实验——管内流动阻力测定实验29

一、实验目的和要求29

二、实验原理29

三、实验装置和流程30

四、虚拟仿真实验操作步骤32

五、实验方法及步骤34

六、实验报告34

七、思考题35

第五章 流体力学综合实验——离心泵特性曲线测定实验36

一、实验目的和要求36

二、实验原理36

三、实验装置和流程37

四、虚拟仿真实验操作步骤38

五、实验方法及步骤39

六、实验报告39

七、思考题39

第六章 对流传热系数的测定实验40

一、实验目的和要求40

二、实验原理40

三、实验装置和流程43

四、虚拟仿真实验操作步骤45

五、实验方法及步骤47

六、实验报告48

七、思考题48

第七章 过滤实验——恒压过滤、真空过滤49

一、实验目的和要求49

二、实验原理49

三、实验装置和流程51

四、虚拟仿真实验操作步骤53

五、实验方法及步骤57

六、实验报告58

七、思考题58

第八章 填料塔吸收过程实验59

一、实验目的和要求59

二、实验原理59

三、实验装置和流程62

四、虚拟仿真实验操作步骤63

五、实验方法及步骤66

六、实验报告66

七、思考题67

第九章 筛板塔精馏实验68

一、实验目的和要求68

二、实验原理68

三、实验装置和流程70

四、虚拟仿真实验操作步骤72

五、实验方法及步骤74

六、实验报告75

七、思考题75

第十章 萃取实验——转盘萃取、脉冲萃取76

一、实验目的和要求76

二、实验原理76

三、实验装置和流程80

四、虚拟仿真实验操作步骤82

五、实验方法及步骤87

六、实验报告88

七、思考题88

第十一章 洞道式干燥特性曲线测定实验89

一、实验目的和要求89

二、实验原理89

三、实验装置和流程91

四、虚拟仿真实验操作步骤92

五、实验方法及步骤95

六、实验报告95

七、思考题95

Chemical Engineering Principle Experiments and Virtual Simulation （Bilingual）96

Abstract97

Preface98

Introduction100

Ⅰ Importance and purpose of chemical engineering principle experiment100

Ⅱ Characteristics of chemical engineering principle experiment100

Ⅲ Teaching contents and methods of chemical engineering principle experiment100

Ⅳ Characteristics of virtual simulation chemical engineering experiment in this course101

Ⅴ New teaching method of chemical engineering principle experiment102

Chapter 1 Research Methods of Chemical Engineering Principle Experiment105

Ⅰ Direct experimental method105

Ⅱ Dimensional analysis method105

Ⅲ Mathematical model method106

Ⅳ Cold model experimental method106

Chapter 2 Processing of Exper-imental Data107

Ⅰ Error analysis of experimental data107

Ⅱ Processing of experimental data119

Chapter 3 Overview of Virtual Simulation Chemical Engineering Principle Experiment128

Ⅰ Software operating environment128

Ⅱ Virtual simulation system of chemical engineering principle experiment startup128

Ⅲ Menu function of virtual simulationchemical engineering principle experiment129

Chapter 4 Comprehensive Fluid Mechanic Experiment—Determination of Flow Resistance in Pipe136

Ⅰ Experimental purposes and requirements136

Ⅱ Experiment principle136

Ⅲ Experimental apparatus and process138

Ⅳ Operation steps of virtual simulation experiment139

Ⅴ Experimental method and procedure142

Ⅵ Experimental report143

Ⅶ Questions143

Chapter 5 Comprehensive Fluid Mechanic Experiment—Determination of Centrifugal Pump Characteristic Curve144

Ⅰ Experimental purposes and requirements144

Ⅱ Experiment principle144

Ⅲ Experimental apparatus and process146

Ⅳ Operation steps of virtual simulation experiment146

Ⅴ Experimental method and procedure147

Ⅵ Experimental report148

Ⅶ Questions148

Chapter 6 Determination Experiment of Convective Heat Transfer Coefficient149

Ⅰ Experimental purposes and requirements149

Ⅱ Experiment principle149

Ⅲ Experimental apparatus and process153

Ⅳ Operation steps of virtual simulation experiment155

Ⅴ Experimental method and procedure158

Ⅵ Experimental report159

Ⅶ Questions159

Chapter 7 Filtration Experiment160

Ⅰ Experimental purposes and requirements160

Ⅱ Experiment principle160

Ⅲ Experimental apparatus and process162

Ⅳ Operation steps of virtual simulation experiment164

Ⅴ Experimental method and procedure169

Ⅵ Experimental report170

Ⅶ Questions171

Chapter 8 Packed Column Absorption Experiment172

Ⅰ Experimental purposes and requirements172

Ⅱ Experiment principle172

ⅢExperimental apparatus and process175

Ⅳ Operation steps of virtual simulation experiment176

Ⅴ Experimental method and procedure180

Ⅵ Experimental report181

Ⅶ Questions181

Chapter 9 Sieve-plate Column Distillation Experiment183

Ⅰ Experimental purposes and requirements183

Ⅱ Experiment principle183

Ⅲ Experimental apparatus and process186

Ⅳ Operation steps of virtual simulation experiment186

Ⅴ Experimental method and procedure191

Ⅵ Experimental report192

Ⅶ Questions192

Chapter 10 Extraction Experiment193

Ⅰ Experimental purposes and requirements193

Ⅱ Experiment principle193

Ⅲ Experimental apparatus and process198

Ⅳ Operation steps of virtual simulation experiment200

Ⅴ Experimental method and procedure205

Ⅵ Experimental report207

Ⅶ Questions207

Chapter 11 Experiment for the Determination of Drying Characteristic Curve in Tunnel Dryer208

Ⅰ Experimental purposes and requirements208

Ⅱ Experiment principle208

ⅢExperimental apparatus and process210

Ⅳ Operation steps of virtual simulation experiment212

Ⅴ Experimental method and procedure215

Ⅵ Experimental report215

Ⅶ Questions215

参考文献216