全新正版图书 太阳能再生除湿转子李洁孙红薛志超王展中国纺织出版社9787518071463 空调设计英文本科及以上青岛新华书店旗舰店 最新 lit 百度云 下载 azw3 rb pdf kindle

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Chapter 1 Introduction

1.1 Introduction

1.1.1 Background

1.1.2 Overview of desiccant cooling system

1.1.3 Advantages of desiccant cooling system

1.2 Solid desiccant cooling research

1.2.1 Basic structure and principle

1.2.2 Historical development and progress of solid desiccant cooling system

1.2.3 Energy source for desiccant rotor regeneration

1.3 Analysis methods for desiccant dehumidification

l.3 .l Theoretical studier/> 1.3.2 Experimental studier/> Referencer/>Chapter 2 Measurements of energy distribution within narrow channelr/> 2.1 Energy distribution measurement of laser irradiation

2.1.1 Concept of measurement

2.1.2 Data reduction

2.1.3 Materialr/> 2.1.4 Apparatur/> 2.1.5 Conditionr/> 2.1.6 Results and discussion

2.2 Energy distribution measurement of solar irradiation

2.2.1 Concept of measurement

2.2.2 Data reduction

2.2.3 Materialr/> 2.2.4 Apparatur/> 2.2.5 Conditionr/> 2.2.6 Results and discussion

2.3 Comparison between laser and solar irradiationr/> 2.4 Conclusionr/> Referencer/>Chapter 3 Predictions for energy distribution

3.1 Concept of prediction modelr/> 3.1.1 Prediction model regarding the energy absorption efficiency

3.1.2 Prediction model of view factor

3.1.3 Prediction model of Beer' s law

3.2 Parameters for silica gel sample and accuracy evaluation

3.2.1 "RE2010" model

3.2.2 View factor model

3.2.3 Beer' s law model

3.3 Comparison of modelr/> 3.4 Conclusionr/> Referencer/>Chapter 4 Experiment for measuring water vapour adsorption/desorption rate in desiccant rotor

4, 1 Measurement system

4.1.1 Apparatur/> 4.1.2 Material

4.1.3 Conditions and data evaluation method

4.2 Measurements results and discussion

4.2.1 Temperature and humidity measurementr/> 4.2.2 Influence of inlet air temperature, humidity and humidity ratio on the dehumidifying rate

4.2.3 Influence of air flow velocity

4.3 Conclusionr/> Referencer/>Chapter 5 Simulation of dehumidifying process of desiccant rotor

5.1 Mathematical analysir/> 5.1.1 Physical model

5.1.2 Governing equationr/> 5.1.3 Calculation condition

5.1.4 Performance indicer/> 5.2 Results and discussion

5.2.1 Comparison between experiment and simulation

5.2.2 Distributions of temperature, humidity, moisture removal and dehumidifying (adsorption) rate within desiccant rotor

5.2.3 Influence of amount of input solar energy and rotor thickness on total adsorption rate

5.2.4 Comparison between direct and indirect heating typer/> 5.2.5 Influence of heat transfer coefficient between bed and air

5.2.6 Influence of air flow velocity ( contacting time)

5.3 Conclusionr/> Referencer/>

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