产品信息(泡沫石墨烯,graphene foam): 泡沫石墨烯以商业泡沫镍为模板,结合高温化学气相沉积法制备而成。 单位面积质量0.5-0.9mg/cm2,枝干大小50-200微米,特征大孔径200-500微米。 样品宏观尺寸不超过宽度2厘米′长度4厘米,宏观色泽呈灰色。导电性良好,是优异的轻质多孔导电载体。 在此基底上,我们可以生长多种氧化...
产品信息(石墨烯/泡沫镍,graphene foam on nickel foam): 不去掉泡沫镍模板就形成石墨烯/泡沫镍复合体,其外部为石墨烯,内部为泡沫镍。 尺寸和孔径大小类似上述泡沫石墨烯。 发布于 2017-02-24 14:03 石墨烯 石墨烯电池 赞同11 条评论 分享喜欢收藏申请转载 ...
产品信息(泡沫石墨烯,graphene foam): 泡沫石墨烯以商业泡沫镍为模板,结合高温化学气相沉积法制备而成。 单位面积质量0.5-0.9mg/cm2,枝干大小50-200微米,特征大孔径200-500微米。 样品宏观尺寸不超过宽度2厘米´长度4厘米,宏观色泽呈灰色。导电性良好,是优异的轻质多孔导电载体。
亲,有需要可以联系15652932614 产品信息(泡沫石墨烯,graphene foam): 泡沫石墨烯以商业泡沫镍为模板,结合高温化学气相沉积法制备而成。 单位面积质量0.5-0.9mg/cm2,枝干大小50-200微米,特征大孔径200-500微米。 样品宏观尺寸不超过宽度2厘米′长度4厘米,宏观色泽呈
Researchers use graphene foam to create triboelectric nanogenerators for energy systems and autonomous sensors Researchers from the University of the West of Scotland (UWS), in collaboration withIntegrated Graphene, have examined the potential of three-dimensional graphene (3DG) foam (Gii) as an active...
Graphene foam with 1600 m2/g reaches 2.6 wt.% hydrogen capacity. At room temperature and 8 MPa, the hydrogen sorption capacity is 1.6 wt.%. Additionally, we have performed chemisorption on such samples via Birth reduction, obtaining ~4.0 wt.% chemically bound hydrogen, which can be recovered...
Thickness:1.2-1.6mm;Carbon Content:99%, no metal support;Density:4 mg/cm³;Pore Size:580 microns;Product name:3D Graphene Foam;Used for:Battery Electrode Material;Standard:200mm*300mm;Place of Origin:CN;FUJ;Brand Name:Lith;Model Number:LITH-Gre01;Appli
Cellular-structured graphene foam (GF)/epoxy composites are prepared based on a three-step fabrication process involving infiltration of epoxy into the por... J Jia,X Sun,X Lin,... - 《Acs Nano》 被引量: 132发表: 2014年 Carbon fibre/graphene foam/polymer composites with enhanced mechanical...
Materials scienceThe article offers information on the study by Hui-Ming Cheng and colleagues on an all-graphene macrostructure graphene foam which has high flexibility and conductivity compatible for electronic applications.doi:10.1038/472138cNoneNature ResearchNature...
First, the porous N-doped graphene foam structure was synthesized by a CVD technique using the porous Ni foam as the template with pyridine as the nitrogen and carbon sources for N-doped graphene growth. The porous Ni foam was cut into pieces of 7 × 4 cm and placed in a quartz tube...