Study on gas sensing property of metal particle doped multi-walled carbon nanotubes 金属粒子(MP)掺杂的多壁碳纳米管气敏性研究
It was found that the characteristics of LSP at a nano metal particle depend on both shapes of the particles and a dielectric constant of the substrate. 结果表明,尤的特点在纳米金属粒子(MP)的形状取决于两个粒子和介电常数的底物。
Metal particle modulated carbon nanotube devices have been fabricated using conventional lithography and nanotechnology. 利用传统微加工与纳米组装技术构建出了金属颗粒调制的复合碳纳米管场效应及单电子器件。
The random distribution of metal particle sizes is expressed by fractal theory in this paper. 给出固体金属粉末燃料颗粒尺寸随机分布的分形表示。
Air entrainment in plasma jet and metal particle oxidation by the entrained oxygen were investigated numerically using a three-dimensional computational model LAVA-P-3D. 为了研究等离子体射流中空气的卷吸和由此引起的金属粒子(MP)的氧化,建立了等离子体喷涂的三维计算机模型LAVA-P-3D。