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.

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