Low-dimensional Materials and Applications systematically introduces the preparation and performance of low-dimensional materials, such as carbon fiber, carbon nanotubes, graphene etc, as well as their applications in environmental pollution control, electronics, coating industry and defense technologies. Written with a practical focus and containing abundant examples, it is well suited for both researchers and engineers.
Low-dimensional Materials and Applications systematically introduces the preparation and performance of low-dimensional materials, such as carbon fiber, carbon nanotubes, graphene etc, as well as their applications in environmental pollution control, electronics, coating industry and defense technologies. Written with a practical focus and containing abundant examples, it is well suited for both researchers and engineers.
Table of Content: Chapter 1 Basic properties of lightweight carbon materials 1.1 Active carbon 1.2 Expanded graphite 1.3 Activated carbon fiber 1.4 Carbon nanotubes 1.5 Graphene 1.6 Adsorption theory Reference Chapter 2 Study on preparation and performance test of lightweight carbon composite materials 2.1 The lightweight carbon composite material preparation method 2.2 Characterization of Composites Reference Chapter 3 Applications of lightweight carbon materials and composite materials in environmental protection 3.1Treatment of UDMH wastewater by TiO2/porous carbon composite material 3.2 TiO2/ACF composite photocatalyst degradation of TNT research 3.3 Expanded graphite adsorption decolorization of printing and dyeing wastewater 3.4 Study on the adsorption properties of multi-walled carbon nanotubes for UDMH 3.5 Activated carbon and modified activated carbon adsorption of UDMH wastewater purification performance 3.6 Study on the adsorption of UDMH wastewater purification activated carbon fiber 3.7 Study on the graphene Chapter 4 Applications of lightweight carbon materials and composite materials in the application of absorbing material in electromagnetic 4.1 Expanded graphite /Fe/Co/Ni composite material and absorbing properties 4.2 Expanded graphite / carbon fiber / conductive and magnetic metal composite material and absorbing properties 4.3 Polyaniline/expanded graphite chemical plating metal composite material and absorbing properties 4.4 The wave absorbing coating preparation and microwave absorbing properties 4.5 Ultra-thin electromagnetic carbon composite material bandgap absorbing structure based on 4.6 Carbon nanotube / transition metal and oxide composite material preparation 4.7 Carbon nanotube / magnetic metal composite material Reference Chapter 5 Application of lightweight carbon materials and composite materials in the special protection 5.1 Electromagnetic pollution and carbonaceous electromagnetic shielding fabric 5.2 Chemical electromagnetic radiation 5.3 Radiation chemical electromagnetic plating Ni/Co/Fe/TiO2 polyester fabric 5.4 Study of rare earth cerium on polyester fabric chemical plating surface modification 5.5 Carbon fiber based magnetic composite material preparation and electromagnetic shielding performance study 5.6 Carbonaceous light materials in liquid propellant used in protective clothing fabrics 5.6.1 Chemical agent protection technology Reference Chapter 6 Lightweight carbon materials and carbon composite materials research and Prospect Reference
Table of Content: Chapter 1 Basic properties of lightweight carbon materials 1.1 Active carbon 1.2 Expanded graphite 1.3 Activated carbon fiber 1.4 Carbon nanotubes 1.5 Graphene 1.6 Adsorption theory Reference Chapter 2 Study on preparation and performance test of lightweight carbon composite materials 2.1 The lightweight carbon composite material preparation method 2.2 Characterization of Composites Reference Chapter 3 Applications of lightweight carbon materials and composite materials in environmental protection 3.1Treatment of UDMH wastewater by TiO2/porous carbon composite material 3.2 TiO2/ACF composite photocatalyst degradation of TNT research 3.3 Expanded graphite adsorption decolorization of printing and dyeing wastewater 3.4 Study on the adsorption properties of multi-walled carbon nanotubes for UDMH 3.5 Activated carbon and modified activated carbon adsorption of UDMH wastewater purification performance 3.6 Study on the adsorption of UDMH wastewater purification activated carbon fiber 3.7 Study on the graphene Chapter 4 Applications of lightweight carbon materials and composite materials in the application of absorbing material in electromagnetic 4.1 Expanded graphite /Fe/Co/Ni composite material and absorbing properties 4.2 Expanded graphite / carbon fiber / conductive and magnetic metal composite material and absorbing properties 4.3 Polyaniline/expanded graphite chemical plating metal composite material and absorbing properties 4.4 The wave absorbing coating preparation and microwave absorbing properties 4.5 Ultra-thin electromagnetic carbon composite material bandgap absorbing structure based on 4.6 Carbon nanotube / transition metal and oxide composite material preparation 4.7 Carbon nanotube / magnetic metal composite material Reference Chapter 5 Application of lightweight carbon materials and composite materials in the special protection 5.1 Electromagnetic pollution and carbonaceous electromagnetic shielding fabric 5.2 Chemical electromagnetic radiation 5.3 Radiation chemical electromagnetic plating Ni/Co/Fe/TiO2 polyester fabric 5.4 Study of rare earth cerium on polyester fabric chemical plating surface modification 5.5 Carbon fiber based magnetic composite material preparation and electromagnetic shielding performance study 5.6 Carbonaceous light materials in liquid propellant used in protective clothing fabrics 5.6.1 Chemical agent protection technology Reference Chapter 6 Lightweight carbon materials and carbon composite materials research and Prospect Reference
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