미립자공학,유동층,고분자,재료(무기, 유기) : 마이크론 금속섬유 필터에서 탄소나노튜브의 직접 성장에 의한 나노구조체 합성 및 여과성능 = Synthesis of Nanostructures by Direct Growth of Carbon Nanotubes on Micron-sized Metal Fiber Filter and its Filtration Performance

참고문헌 (Reference)

1 Graham, "“Advances in Filtration and Separation Technology ”Proceedings of the American Filtration and Separation Society16" 2002

2 Park, "“A Study on the Growth Morphologyof VGCF Nano-Materials by Acetylene Pyrolysis over StainlessSteel Catalyst- Effect of Reduction Pretreatment and HydrogenSupply" 563-571, 2006

3 Hinds, "andMeasurement of Airborne Particles A Wiley-Interscience Publication" 1982

4 Park, C, "Use of Carbon Nanofibers in the Removal of OrganicSolvents From Water" 16 (16): 8050-8056, 2000

5 Friedlander, S. K, "Smoke, Dust, and Haze, Fundamentals of AerosolDynamics" OXFORD UNIVERSITY PRESS 2000

6 Walters, D. A, "In-plane-aligned Membranes ofCarbon Nanotubes" 338 (338): 14-20, 2001

7 Friedlander, "Fundamentals of AerosolDynamics" ” OXFORD UNIVERSITY PRESS 2000

8 Shimoda, H, "Formationof Macroscopically Ordered Carbon Manotube Membranes bySelf-assembly" 323 (323): 135-136, 2002

9 Vander Wal, R. L, "Carbon Nanotube SynthesisUpon Stainless Steel Meshes" 41 (41): 659-672, 2003

10 Srivastava, A, "Carbon Nanotube Filters" 3 (3): 610-614, 2004

11 Brown, "An Integrated Approach to theTheory and Applications of Fibrous Filters" ” PERGAMON PRESS 19931993

12 Graham, K, "Advances in Filtration and Separation Technology" 16 : 2002

13 son, D. F, "Adhered SupportedCarbon Nanotubes" 3 (3): 63-71, 2001

14 Park, S. J, "A Study on the Growth Morphologyof VGCF Nano-Materials by Acetylene Pyrolysis over StainlessSteel Catalyst- Effect of Reduction Pretreatment and HydrogenSupply" 44 (44): 563-571, 2006