• Carbon nanotubes have gas? North / Harvard breath issued three \”Science\”, a major breakthrough in the field of Carbon Nanotube

    Carbon nanotubes have gas? North / Harvard breath issued three \”Science\”, a major breakthrough in the field of carbon nanotube research, has a one-dimensional structural characteristics of carbon nanotubes (CNT) since the early 1990s, reports were prepared and came out for the first time has been the Nano star material materials sector, after nearly 30 years of development and research, currently showing in many areas of great potential. Meanwhile, with the progress and development of cutting-edge technology of high, industrial production of high density, high performance and energy efficiency requirements of field-effect transistors (FETs) are increasingly urgent. However, currently based on the use of metal

    Industry trends 2020年5月24日
  • Reduced graphene oxide airgel photothermal conversion

    Reduced graphene oxide airgel photothermal converting solar energy as an important renewable energy, and its efficient use has been converted hotspot in the field of research. To convert solar energy widely used, is an important way of solar energy utilization. Wherein the light – heat (steam) having a conversion broad application prospects in desalination, wastewater treatment, fractionation, sterilization, and other fields. However, lower conventional photothermal conversion efficiency, so the design of the production of high efficiency, low cost of photothermal conversion material and study its photothermal conversion characteristics has important scientific significance and research value. Nanjing University School of Engineering and Applied Sciences Modern

    Industry trends 2020年4月9日
  • Industrialization may be cost-efficient technology elastic nanotube airgel

    Industrialization may be cost-efficient technology elastic nanotube airgel, porous materials, for example: nano airgel, metal foam, in the light load-bearing structure, heat insulation device, the energy absorbing molecule absorbent material and plays an important role. Wherein the carbon nanotube aerogels because of its excellent electrical, thermal and mechanical properties occupies a very important position in the porous material. But how efficiently produced at low cost structure and stable carbon nanotube airgel has been a bottleneck restricting its industrialization. Recently, Liqing Wen researcher Professor Li Min and Northern Suzhou nano the Chinese Academy of Sciences has developed a high-elasticity carbon nanotube aerogels with high

    Industry trends 2020年4月5日
  • DICP develop a three-dimensional graphene / carbon nanotube porous airgel material

    DICP developed a three-dimensional graphene / carbon nanotube airgel porous material, recently, Dalian Institute of Chemical Physics, two-dimensional material and energy devices Innovation Zone Research, Academia Sinica researcher Wu Zhong handsome team developed a three-dimensional graphene / porous airgel carbon nanotube material, and applied to a lithium-sulfur battery elemental sulfur and a positive integration vector intermediate layer, to obtain a high volume lithium-sulfur battery energy density and excellent cycle stability. Research results published in the \”Nano Energy\” (NanoEnergy). Lithium-sulfur battery having a high theoretical energy density (2600Wh / kg) and a high volume energy

    Industry trends 2020年2月9日
  • Min, Li Qingwen developed high elasticity carbon nanotube aerogels prepared at low cost and efficient techniques

    Min, Li Qingwen developed high elasticity carbon nanotube aerogels prepared at low cost and efficient techniques, porous materials, for example: nano airgel, metal foam, in the light load-bearing structure, heat insulation device, the energy absorbing molecule absorbent material and It has played an important role. Wherein the carbon nanotube aerogels because of its excellent electrical, thermal and mechanical properties occupies a very important position in the porous material. But how efficiently produced at low cost structure and stable carbon nanotube airgel has been a bottleneck restricting its industrialization. Recently, the Chinese Academy of Sciences Professor Li Min and Northern Suzhou Nano the researchers developed a Liqing Wen with a high elasticity of carbon nanotubes

    Industry trends 2020年2月9日