Hybrid Nanofibrous Multifunctional Composite Membranes for Environmental Pollution Control: A Synergistic Design of MOFs, Carbon, and Polymer Composites = 환경오염 제어를 위한 다기능성 하이브리드 나노섬유 복합분리막 개발: 금속-유기 골격체, 탄소, 고분자 기반 복합체의 융합적 설계

목차 (Table of Contents)

• Abstract i
• Contents iii
• List of Figures v
• List of Table ix
• Abbreviations x
• Chapter 1. Introduction 1
• Chapter 2. Literature Review 8
• 2.1. Environmental pollution issues 9
• 2.2. Electrospun nanofibrous membrane technology 13
• 2.3. Electrospun nanofibrous composite membrane 16
• 2.4. Importance of smart integration through structural design of nanofibrous composite 21
• 2.5. Strategies to integrate nanomaterials into nanofibrous membrane 22
• Chapter 3. Necklace-like structural design of MOFs with ultra-thin nanofibrous composite
• membrane for atmospheric particulate & gaseous pollutants control 26
• 3.1. Introduction 29
• 3.2. Materials and methods 31
• 3.3. Results and discussion 36
• 3.4. Conclusion 56
• 3.5. Supporting information 57
• Chapter 4. In situ crystal growth of MOFs in microporous nanofibrous composite membrane for aquatic micropollutant control 73
• 4.1. Introduction 76
• 4.2. Materials and methods 80
• 4.3. Results and discussion 88
• 4.4. Conclusion 115
• 4.5. Supporting information 116
• Chapter 5. Layer-by-layer dense structural design of carbonaceous materials on nanofibrous
• composite membrane for selective separation and EMI shielding 121
• 5.1. Introduction 124
• 5.2. Materials and methods 126
• 5.3. Results and discussion 133
• 5.4. Conclusion 155
• 5.5. Supporting information 156
• Chapter 6. Overall Conclusion and Perspectives 159
• References 163