1) Gold nanowires
金纳米线
1.
Gold nanowires with 90nm diameter we re prepared by electrodeposition on polycarbonate mem-brane template.
用电化学沉积方法,在有机介孔模板上制备出直径为90nm的金纳米线。
2.
And gold nanowires made of different sized gold clusters could also be formed after annealed at 122℃.
在 12 2℃退火后 ,不同粒径的金纳米粒子在HOPG基底表面上聚合长大形成了准一维金纳米线 。
3.
Gold nanowires with diameters (d) between 45 nm and 200 nm and with length/diameter ratio of 700 were prepared in ion-track templates with electrodeposition method.
利用电化学沉积方法在重离子径迹模板中制备出直径从45nm到200nm,长径比达700的金纳米线阵列,利用扫描电子显微镜(SEM)和X射线衍射(XRD)对所制备金纳米线的形貌及晶体结构进行分析,结果表明,在1。
2) Au nanowire
金纳米线
1.
Study on the tird gneration of hydrogen peroxide biosensor based on cystamine self-assembled Au nanowire;
基于胱胺自组装金纳米线的第三代过氧化氢生物传感器的研制
3) gold nanowire
纳米金线
1.
One-dimensional gold nanowires were prepared by deposition of gold nanoparticles onto the surface of carbon nanotubes(CNTs).
以管径为20～40nm的多壁碳纳米管为模板,在经巯基修饰的碳纳米管表面定向沉积一薄层纳米金微粒,从而制得了一维金纳米线,并对纳米金线的自组装原理进行了研究。
4) Metal nanowire
金属纳米线
1.
The novel metallization process proves to be a good method for fabrication of metal nanowires and nano networks .
随着DNA金属化工艺逐渐发展,以DNA为模板进行金属纳米线的制备,使得生物与微细加工技术的结合变得可能。
2.
In this thesis, based on lots of searching and analyzingliterature, several kinds of metal nanowires with different aspect ratios are attained viaelectrochemical deposition technique using Anodic Aluminum Oxide (AAO) membrane(diameter 200 nm) as template.
本学位论文紧跟国际前沿，在大量检索、整理、综合分析文献的基础上，以孔径为200nm的阳极氧化铝(Anodic Aluminum Oxide，AAO)膜为模板、采用电化学方法制备了具有不同长径比的金属纳米线；对阳极氧化铝模板的定量化蚀刻进行了研究，得到了阵列化的纳米线结构；对小孔径聚合物纳米管的制备进行了尝试。
5) alloy nanowires
合金纳米线
1.
Pd-Ni alloy nanowires arrays were successfully prepared in the nanopores of porous anodic aluminum oxide (AAO) membrane with 200 nm in diameter and 60 μm in depth by DC electrochemical deposition technique.
5的2种电解液,采用直流电沉积的方法制备钯镍合金纳米线阵列。
2.
The palladium alloy nanowires synthesized in systems of Pd-Ni ammonia coordinates or Pd-Ag ammonia coordinates containing high ammonium ion concentration are apt to not only codeposi.
用连续三脉冲(氧化、成核和生长)电势或电流在高定向石墨表面电沉积钯合金纳米线阵列。
3.
So Pd-Ni and Pd-Ag alloy nanowires are more promising materials which is used to fabricate practical hydrogen sensors.
本论文研究的主要目标是在多孔阳极氧化铝模板的纳米级孔洞中采用电化学沉积的方法制备钯镍与钯银合金纳米线，由于金属钯中添加8～15％(mass)的镍形成钯镍合金或添加16～25％(mass)的银形成钯银合金，均可以提高钯合金的吸氢动力学的可逆性和防止氢损伤，钯镍与钯银合金纳米线是更具有应用价值的氢传感器材料。
6) Ni-Mo alloy nanowire
Ni-Mo合金纳米线
1.
Ni-Mo alloy nanowires were prepared using porous anodic alumina(PAA) as templates and were characterized by SEM and XPS.
使用多孔阳极氧化铝模板,电沉积制备了Ni-Mo合金纳米线。
补充资料：金菊对芙蓉 九月二十五日寿金 金氏园有
【诗文】：
寿宿腾光，寿香袅碧，郁葱枝上梧桐。记＊麟令旦，门挂弧蓬。今年东阁郎皆侍，怀章绶、拜捧金钟。荣华富贵，眼前谁似，堪展眉峰。秋高景物俱浓。正阶前金菊，巧对芙蓉。爱菊名寿客，寿与公同。醉蓉初莹凝脂面，酣天酒、芳脸潮红。何妨判饮，与花双醉，醉似花容。
【注释】：
【出处】：
寿宿腾光，寿香袅碧，郁葱枝上梧桐。记＊麟令旦，门挂弧蓬。今年东阁郎皆侍，怀章绶、拜捧金钟。荣华富贵，眼前谁似，堪展眉峰。秋高景物俱浓。正阶前金菊，巧对芙蓉。爱菊名寿客，寿与公同。醉蓉初莹凝脂面，酣天酒、芳脸潮红。何妨判饮，与花双醉，醉似花容。
【注释】：
【出处】：
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条