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- SnO2 nanowires SnO2纳米线
- A new type of CO gas sensor of SnO2 doped CeO2 has been made. 研制了一种新的SnO_2掺CeO_2的CO气敏元件;
- SnO2 nano - fibers produced by TES were analyzed by XRD and SEM. 采用该方法制备出了SnO2纳米纤维,并进行了SEM和XRD分析。
- The morphology of SnO2: Sb thin films was researched by AFM. 采用AFM分析了SnO_2:Sb的表面形貌。
- Therefore, four micron-scale wires can control 16 nanowires. 因此,四根微米尺寸的导线可以控制16根奈米导线。
- After analysis,the growth mechanism for h-AlN nanowires is poss... 经过分析,纳米线由气液固机制生长而成。
- A light yellow,red-brown,or black mineral,SnO2,that is an important tin ore. 锡石一种淡黄色、红褐色或黑色的矿物,SnO2,是一种重要的锡矿。
- SnO2 nanowire 氧化锡纳米线
- A light yellow, red-brown, or black mineral, SnO2, that is an important tin ore. 锡石一种淡黄色、红褐色或黑色的矿物,sno2,是一种重要的锡矿
- Fabricated large area SnO2:F+Sb thin films on 500mm 500mm 5mm glass substrate by spray pyrolysis. 采用喷雾热解法在500mm×500mm×5mm的玻璃基板上制备了SnO2:F+Sb薄膜。
- In@SiO2 nanocables were discovered accidentally as we researched in InP nanowires growth. 二氧化矽包覆铟之一维奈米结构的发现,是在成长磷化铟奈米线之偶然情况下被合成出来的。
- Selected-area electron diffraction (SAED) confirmed that SnO2 nanorods are polycrystalline. 选区电子衍射证实了SnO2是多晶态。
- Porous adonic aluminum oxide templates are widely used to fabricate nanowires or nanotubes of many materials. 多孔阳极氧化铝模板被广泛地用来制备多种材料的纳米线,纳米管等。
- Moreover,the effect of La3+ doped is stronger than Ce4+ doped,and it stimulates the transformation of SnO2 phase. La3+的作用最强,且促进了SnO2晶体的形成。
- From the XRD analysis, the results reveal that the synthesized ZnO nanoparticles and nanowires are wurtzite phases. 从XRD分析结果可知,所合成之氧化锌奈米颗粒及阵列为具纤锌矿结构。
- Compared with JCPDS standard card, all samples were identified to be tetragonal SnO2. 对所得粉体SnO2进行XRD分析,对照JCPDS标准卡,可知所得粉体均为四方相金红石型结构。
- The effects of true LLC template on nanoparticles,nanorods,nanowires,nanotubes and mesoporous materials were focused. 而对于真溶致液晶模板,则重点阐述了其对纳米颗粒、纳米棒、纳米线、纳米管和介孔材料的调控作用;
- This fact has motivated the Heath and Lieber groups to fabricate transistors made from silicon nanowires. 这件事让希斯和李柏的小组想要以奈米矽导线制作电晶体。
- Nonequilibrium molecular dynamics simulation method is used to calculate the thermal conductivity of Si nanowires. 摘要采用非平衡态分子动力学方法模拟了硅纳米线的热传导性能,并对其主要影响因素作了分析。
- By chemical dispersion and acid leaching,silica nanowires were prepared from natural mineral chrysotile. 以天然矿物纤蛇纹石为原料,通过化学分散、酸浸制备了氧化硅纳米线。