最新章節

• References
• 5 Summary
• 4.3 μc-Si：H Solar Cells Using TVW Technique
• 4.2 Effect of Tailored Voltage Waveform on μc-Si：H Film Growth
• 4.1 Electrical Asymmetry Effect
• 4 Application of Tailored Voltage Waveform（TVW）

• References 更新時間：2021-10-22 17:13:17
• 5 Summary
• 4.3 μc-Si：H Solar Cells Using TVW Technique
• 4.2 Effect of Tailored Voltage Waveform on μc-Si：H Film Growth
• 4.1 Electrical Asymmetry Effect
• 4 Application of Tailored Voltage Waveform（TVW）
• 3.6 Influence of Inter-electrode Distance
• 3.5 Influence of Gas Temperature
• 3.4 Influence of Gas Density
• 3.3 Role of Argon
• 3.2 Role of Hydrogen
• 3.1 Motivations of the Plasma Study
• 3 μc-Si：H Thin Films Based on Silicon Tetrafluoride
• 2.6 Characterization
• 2.5 Surface Growth Models
• 2.4 Basic of Plasma Enhanced Chemical Vapor Deposition（PECVD）
• 2.3 Electrical Properties
• 2.2 Optical Properties
• 2.1 Introduction of Microcrystalline Silicon Materials
• 2 Microcrystalline Silicon（μc-Si：H）Solar Cell
• 1.3 Semiconductor Principles of PV
• 1.2 Solar Energy and Photovoltaic（PV）Technology
• 1.1 Renewable Energy Outlook
• 1 Introduction
• Abstract
• 8 Material and Growth Mechanism Studies of Microcrystalline Silicon from SiF4/H2/Ar Gas Mixture and Application of Tailored Voltage Waveform Technique
• References
• Appendix 2 Comparison of BRDF（PTFE）between NIMS-Ⅲ Experimental Data and Cornell University Data
• Al.2 Theoretical Derivation of BRDF by FDTD Method
• Al.1 Simulation Method Introduction
• Appendix 1 FDTD Method Introduction
• 5.2 Prospect
• 5.1 Summary
• 5 Summary and Prospect
• 4.2 BRDF Experimental Results
• 4.1 Introduction of NIMS-Ⅲ BRDF Measurement Device
• 4 BRDF Experimental Measurement
• 3.3 The Radiation Characteristics of Two-dimensional Silicon Rough Surface
• 3.2 Description of Silicon Wafer Samples
• 3.1 Introduction
• 3 BRDF Simulation of Silicon Wafer Surface
• 2.4 Statistical Description of Random Rough Surface
• 2.3 Measuring Method of BRDF
• 2.2 Relationship between BRDF and Several Physical Quantities
• 2.1 BRDF Definition
• 2 Rudimentary Knowledge of BRDF and Rough Surface Description
• 1.3 Organization of the Thesis
• 1.2 Literature Review
• 1.1 Identification and Significance of the Problem
• 1 Introduction
• Abstract
• 7 The Research on Bidirectional Reflectance Distributional Function of Rough Surface
• Reference
• 5 Summary and Prospect
• 4.6 Chapter Conclusion
• 4.5 Results and Discussion
• 4.4 Experimental Section
• 4.3 Main Chemical Reagent and Equipment
• 4.2 Introduction of the ECALE Equipment
• 4.1 Introduction of ECALE
• 4 Preparation of Ag2 S Quantum Dots Sensitized TiO2 Nanorods Array Photo-anodes for QDSSCs by EC-ALE Method
• 3.4 Chapter Conclusion
• 3.3 Results and Discussion
• 3.2 Experimental Section
• 3.1 Main Chemical Reagents and Equipments
• 3 The Photovoltaic Performance of DSSC Based on the Ca-doped TiO2 NRs Arrays Film
• 2.4 Chapter Conclusions
• 2.3 Results and Discussion
• 2.2 Experimental Section
• 2.1 Main Chemical Reagents and Equipments
• 2 Fabrication of Oriented Pure and Ca-doped TiO2 Nanorod Arrays Film by Hydrothermal Method
• 1.7 Content and Significance of the Research
• 1.6 Research Progress of the Counter Electrode
• 1.5 Research Progress of the Electrolyte
• 1.4 Research Progress of the Sensitizer
• 1.3 Research Progress of the Photo-anode Materials
• 1.2 Structure and Working Principle of Dye-sensitized Solar Cells
• 1.1 Solar Cells
• 1 Introduction
• Abstract
• 6 Fabrication and Photovoltaic Performance of the Sensitized Solar Cells Based on TiO2 Nanorods
• Reference
• 5.2 Prospect
• 5.1 Summary
• 5 Summary and Prospect
• 4.5 Chapter Conclusions
• 4.4 Results and Discussion
• 4.3 Experiment Section
• 4.2 Characterization and Measurements
• 4.1 Materials and Instruments
• 4 Fabrication and Photovoltaic Performance of QDSSCs Based on CdS Quantum Dots Sensitized TiO2 Nanotube Array Membrane Photoanode
• 3.5 Chapter Conclusions
• 3.4 Results and Discussion
• 3.3 Experimental Section
• 3.2 Characterization
• 3.1 Materials and Instruments
• 3 Preparation of Two-End-Opened TiO2 Nanotube Arrays
• 2.5 Chapter Conclusions
• 2.4 Results and Discussion
• 2.3 Experimental Section
• 2.2 Characterization
• 2.1 Materials and Instruments
• 2 Preparation of TiO2 Nanotube Arrays
• 1.6 The Main Contents of the Thesis
• 1.5 Research Progress of Oriented TiO2 Nanotubes Array Membranes
• 1.4 TiO2 Nano-semiconductor Materials
• 1.3 Nano-semiconductor Materials
• 1.2 Solar Cells
• 1.1 Motivation
• 1 Introduction
• Abstract
• 5 Fabrication of Two-End-opened TiO2 Nanotube Array Membranes and Their Application in Quantum Dots Sensitizedd Solar Cells
• Reference
• 5.2 Prospect
• 5.1 Summary
• 5 Summary and Prospect
• 4.3 Profile Optimization and Performance Evaluation
• 4.2 Performance Comparison of 2D Gratings and 1D Gratings
• 4.1 Structure Profile
• 4 Research of 2D Gratings as Absorbers for Solar Cells
• 3.3 1D Complex Grating Performance Demonstration
• 3.2 Parametric Study for the 1 D Simple Silicon Grating
• 3.1 Structure Profile and the Material Employed
• 3 Research of 1D Gratings as Absorbers for Solar Cells
• 2.2 Theoretical Basis
• 2.1 Numerical Methods
• 2 Numerical Methods and Theoretical Basis
• 1.3 Thesis Main Contents
• 1.2 Literature Review
• 1.1 Background and Significance of the Research
• 1 Introduction
• Abstract
• 4 Research on One-dimensional and Two-dimensional Gratings as Absorbers for Solar Cells
• 參考文獻
• 6.2 展望
• 6.1 總結
• 6 總結與展望
• 5.3 本章小結
• 5.2 不同光學性能AZO薄膜對電池性能影響
• 5.1 絨面結構AZO對薄膜電池性能影響
• 5 AZO薄膜在非晶硅薄膜電池上的應用
• 4.5 本章小結
• 4.4 襯底溫度對AZO薄膜禁帶寬度的影響
• 4.3 濺射功率對AZO薄膜禁帶寬度的影響
• 4.2 Ar流量對AZO薄膜禁帶寬度的影響
• 4.1 理論和計算
• 4 工藝參數對AZO薄膜禁帶寬度的影響
• 3.3 本章小結
• 3.2 AZO薄膜的性能研究
• 3.1 AZO薄膜的制備
• 3 AZO薄膜的制備及其性能研究
• 2.2 薄膜樣品的表征
• 2.1 射頻磁控濺射
• 2 AZO薄膜的制備技術及表征
• 1.4 研究意義及內容
• 1.3 AZO薄膜的應用以及研究現狀
• 1.2 ZnO的缺陷與摻雜
• 1.1 ZnO的結構與性質
• 1 緒論
• 摘要
• 3 AZO薄膜性能研究及其在薄膜電池上的應用
• 參考文獻
• 5.2 展望
• 5.1 總結
• 5 總結與展望
• 4.5 本章小結
• 4.4 結果與討論
• 4.3 樣品表征
• 4.2 實驗部分
• 4.1 實驗試劑和儀器
• 4 CdS量子點敏化TiO2納米管陣列薄膜太陽能電池的制備及其性能研究
• 3.5 本章小結
• 3.4 結果與討論
• 3.3 樣品表征
• 3.2 實驗部分
• 3.1 實驗試劑和儀器
• 3 兩端開口的TiO2納米管陣列薄膜的制備
• 2.5 本章小結
• 2.4 結果與討論
• 2.3 樣品表征
• 2.2 實驗部分
• 2.1 實驗試劑和儀器
• 2 一端開口的TiO2納米管陣列薄膜的制備
• 1.6 研究目的和主要內容
• 1.5 TiO2納米管的概述
• 1.4 納米TiO2半導體材料
• 1.3 納米半導體材料
• 1.2 太陽能電池
• 1.1 引言
• 1 緒論
• 摘要
• 2 兩端開口TiO2納米管陣列制備及其在量子點敏化太陽能電池中的應用
• 參考文獻
• 5.2 展望
• 5.1 總結
• 5 總結與展望
• 4.3 本章小結
• 4.2 二維凹形光柵輻射特性研究
• 4.1 二維凸形光柵輻射特性研究
• 4 太陽能電池表面二維光柵吸收輻射特性的研究
• 3.3 本章小結
• 3.2 一維復雜凹形光柵輻射特性研究
• 3.1 一維簡單光柵輻射特性研究
• 3 太陽能電池表面一維光柵吸收輻射特性的研究
• 2.3 本章小結
• 2.2 微結構中的異常輻射現象
• 2.1 表面微結構輻射特性的數值計算方法
• 2 輻射特性數值計算方法和異常輻射現象
• 1.3 主要內容
• 1.2 國內外研究現狀
• 1.1 研究背景和意義
• 1 緒論
• 主要符號表
• 摘要
• 1 太陽能電池表面光柵吸收輻射特性研究
• Preface
• 前言
• 編委會
• 版權信息
• 封面

• 封面
• 版權信息
• 編委會
• 前言
• Preface
• 1 太陽能電池表面光柵吸收輻射特性研究
• 摘要
• 主要符號表
• 1 緒論
• 1.1 研究背景和意義
• 1.2 國內外研究現狀
• 1.3 主要內容
• 2 輻射特性數值計算方法和異常輻射現象
• 2.1 表面微結構輻射特性的數值計算方法
• 2.2 微結構中的異常輻射現象
• 2.3 本章小結
• 3 太陽能電池表面一維光柵吸收輻射特性的研究
• 3.1 一維簡單光柵輻射特性研究
• 3.2 一維復雜凹形光柵輻射特性研究
• 3.3 本章小結
• 4 太陽能電池表面二維光柵吸收輻射特性的研究
• 4.1 二維凸形光柵輻射特性研究
• 4.2 二維凹形光柵輻射特性研究
• 4.3 本章小結
• 5 總結與展望
• 5.1 總結
• 5.2 展望
• 參考文獻
• 2 兩端開口TiO2納米管陣列制備及其在量子點敏化太陽能電池中的應用
• 摘要
• 1 緒論
• 1.1 引言
• 1.2 太陽能電池
• 1.3 納米半導體材料
• 1.4 納米TiO2半導體材料
• 1.5 TiO2納米管的概述
• 1.6 研究目的和主要內容
• 2 一端開口的TiO2納米管陣列薄膜的制備
• 2.1 實驗試劑和儀器
• 2.2 實驗部分
• 2.3 樣品表征
• 2.4 結果與討論
• 2.5 本章小結
• 3 兩端開口的TiO2納米管陣列薄膜的制備
• 3.1 實驗試劑和儀器
• 3.2 實驗部分
• 3.3 樣品表征
• 3.4 結果與討論
• 3.5 本章小結
• 4 CdS量子點敏化TiO2納米管陣列薄膜太陽能電池的制備及其性能研究
• 4.1 實驗試劑和儀器
• 4.2 實驗部分
• 4.3 樣品表征
• 4.4 結果與討論
• 4.5 本章小結
• 5 總結與展望
• 5.1 總結
• 5.2 展望
• 參考文獻
• 3 AZO薄膜性能研究及其在薄膜電池上的應用
• 摘要
• 1 緒論
• 1.1 ZnO的結構與性質
• 1.2 ZnO的缺陷與摻雜
• 1.3 AZO薄膜的應用以及研究現狀
• 1.4 研究意義及內容
• 2 AZO薄膜的制備技術及表征
• 2.1 射頻磁控濺射
• 2.2 薄膜樣品的表征
• 3 AZO薄膜的制備及其性能研究
• 3.1 AZO薄膜的制備
• 3.2 AZO薄膜的性能研究
• 3.3 本章小結
• 4 工藝參數對AZO薄膜禁帶寬度的影響
• 4.1 理論和計算
• 4.2 Ar流量對AZO薄膜禁帶寬度的影響
• 4.3 濺射功率對AZO薄膜禁帶寬度的影響
• 4.4 襯底溫度對AZO薄膜禁帶寬度的影響
• 4.5 本章小結
• 5 AZO薄膜在非晶硅薄膜電池上的應用
• 5.1 絨面結構AZO對薄膜電池性能影響
• 5.2 不同光學性能AZO薄膜對電池性能影響
• 5.3 本章小結
• 6 總結與展望
• 6.1 總結
• 6.2 展望
• 參考文獻
• 4 Research on One-dimensional and Two-dimensional Gratings as Absorbers for Solar Cells
• Abstract
• 1 Introduction
• 1.1 Background and Significance of the Research
• 1.2 Literature Review
• 1.3 Thesis Main Contents
• 2 Numerical Methods and Theoretical Basis
• 2.1 Numerical Methods
• 2.2 Theoretical Basis
• 3 Research of 1D Gratings as Absorbers for Solar Cells
• 3.1 Structure Profile and the Material Employed
• 3.2 Parametric Study for the 1 D Simple Silicon Grating
• 3.3 1D Complex Grating Performance Demonstration
• 4 Research of 2D Gratings as Absorbers for Solar Cells
• 4.1 Structure Profile
• 4.2 Performance Comparison of 2D Gratings and 1D Gratings
• 4.3 Profile Optimization and Performance Evaluation
• 5 Summary and Prospect
• 5.1 Summary
• 5.2 Prospect
• Reference
• 5 Fabrication of Two-End-opened TiO2 Nanotube Array Membranes and Their Application in Quantum Dots Sensitizedd Solar Cells
• Abstract
• 1 Introduction
• 1.1 Motivation
• 1.2 Solar Cells
• 1.3 Nano-semiconductor Materials
• 1.4 TiO2 Nano-semiconductor Materials
• 1.5 Research Progress of Oriented TiO2 Nanotubes Array Membranes
• 1.6 The Main Contents of the Thesis
• 2 Preparation of TiO2 Nanotube Arrays
• 2.1 Materials and Instruments
• 2.2 Characterization
• 2.3 Experimental Section
• 2.4 Results and Discussion
• 2.5 Chapter Conclusions
• 3 Preparation of Two-End-Opened TiO2 Nanotube Arrays
• 3.1 Materials and Instruments
• 3.2 Characterization
• 3.3 Experimental Section
• 3.4 Results and Discussion
• 3.5 Chapter Conclusions
• 4 Fabrication and Photovoltaic Performance of QDSSCs Based on CdS Quantum Dots Sensitized TiO2 Nanotube Array Membrane Photoanode
• 4.1 Materials and Instruments
• 4.2 Characterization and Measurements
• 4.3 Experiment Section
• 4.4 Results and Discussion
• 4.5 Chapter Conclusions
• 5 Summary and Prospect
• 5.1 Summary
• 5.2 Prospect
• Reference
• 6 Fabrication and Photovoltaic Performance of the Sensitized Solar Cells Based on TiO2 Nanorods
• Abstract
• 1 Introduction
• 1.1 Solar Cells
• 1.2 Structure and Working Principle of Dye-sensitized Solar Cells
• 1.3 Research Progress of the Photo-anode Materials
• 1.4 Research Progress of the Sensitizer
• 1.5 Research Progress of the Electrolyte
• 1.6 Research Progress of the Counter Electrode
• 1.7 Content and Significance of the Research
• 2 Fabrication of Oriented Pure and Ca-doped TiO2 Nanorod Arrays Film by Hydrothermal Method
• 2.1 Main Chemical Reagents and Equipments
• 2.2 Experimental Section
• 2.3 Results and Discussion
• 2.4 Chapter Conclusions
• 3 The Photovoltaic Performance of DSSC Based on the Ca-doped TiO2 NRs Arrays Film
• 3.1 Main Chemical Reagents and Equipments
• 3.2 Experimental Section
• 3.3 Results and Discussion
• 3.4 Chapter Conclusion
• 4 Preparation of Ag2 S Quantum Dots Sensitized TiO2 Nanorods Array Photo-anodes for QDSSCs by EC-ALE Method
• 4.1 Introduction of ECALE
• 4.2 Introduction of the ECALE Equipment
• 4.3 Main Chemical Reagent and Equipment
• 4.4 Experimental Section
• 4.5 Results and Discussion
• 4.6 Chapter Conclusion
• 5 Summary and Prospect
• Reference
• 7 The Research on Bidirectional Reflectance Distributional Function of Rough Surface
• Abstract
• 1 Introduction
• 1.1 Identification and Significance of the Problem
• 1.2 Literature Review
• 1.3 Organization of the Thesis
• 2 Rudimentary Knowledge of BRDF and Rough Surface Description
• 2.1 BRDF Definition
• 2.2 Relationship between BRDF and Several Physical Quantities
• 2.3 Measuring Method of BRDF
• 2.4 Statistical Description of Random Rough Surface
• 3 BRDF Simulation of Silicon Wafer Surface
• 3.1 Introduction
• 3.2 Description of Silicon Wafer Samples
• 3.3 The Radiation Characteristics of Two-dimensional Silicon Rough Surface
• 4 BRDF Experimental Measurement
• 4.1 Introduction of NIMS-Ⅲ BRDF Measurement Device
• 4.2 BRDF Experimental Results
• 5 Summary and Prospect
• 5.1 Summary
• 5.2 Prospect
• Appendix 1 FDTD Method Introduction
• Al.1 Simulation Method Introduction
• Al.2 Theoretical Derivation of BRDF by FDTD Method
• Appendix 2 Comparison of BRDF（PTFE）between NIMS-Ⅲ Experimental Data and Cornell University Data
• References
• 8 Material and Growth Mechanism Studies of Microcrystalline Silicon from SiF4/H2/Ar Gas Mixture and Application of Tailored Voltage Waveform Technique
• Abstract
• 1 Introduction
• 1.1 Renewable Energy Outlook
• 1.2 Solar Energy and Photovoltaic（PV）Technology
• 1.3 Semiconductor Principles of PV
• 2 Microcrystalline Silicon（μc-Si：H）Solar Cell
• 2.1 Introduction of Microcrystalline Silicon Materials
• 2.2 Optical Properties
• 2.3 Electrical Properties
• 2.4 Basic of Plasma Enhanced Chemical Vapor Deposition（PECVD）
• 2.5 Surface Growth Models
• 2.6 Characterization
• 3 μc-Si：H Thin Films Based on Silicon Tetrafluoride
• 3.1 Motivations of the Plasma Study
• 3.2 Role of Hydrogen
• 3.3 Role of Argon
• 3.4 Influence of Gas Density
• 3.5 Influence of Gas Temperature
• 3.6 Influence of Inter-electrode Distance
• 4 Application of Tailored Voltage Waveform（TVW）
• 4.1 Electrical Asymmetry Effect
• 4.2 Effect of Tailored Voltage Waveform on μc-Si：H Film Growth
• 4.3 μc-Si：H Solar Cells Using TVW Technique
• 5 Summary
• References 更新時間：2021-10-22 17:13:17