In the present study,various Ag cov-erages and post-annealing temperatures had been tested to fabricate Ag nanowires with high as-pect ratio.
本研究試用不同的銀覆蓋度和退火溫度制作高縱橫比的銀納米線。
The results show that the prepared silver nanowire had face-centered cubic structure.
采用水熱方法,以AgC l為銀引入源,葡萄糖作為還原劑,合成了一維銀納米棒以及銀的納米線結構,用XRD、SEM對產物進行了表征,發現所制備的銀納米線具有面心立方結構、直徑約100nm、長約數十微米。
A three-dimensional molecular dynamics simulation method and Finnis-Sinclair embedded atom potential were utilized to study the potential energy distribution characteristic of an fcc Ag nanowires at room temperature and its changes during heating,by which we get the ratio and function of the potential energy distribution of Ag nanowires at different temperatures.
采用三維分子動力學模擬方法,以面心立方金屬銀為研究對象,基于Finnis-Sinclair型嵌入原子法(EAM)多體勢,模擬研究了納米線勢能分布特征在常溫下及其在不同溫度直到熔化過程中的變化,給出了常溫及不同溫度銀納米線勢能分布比例和勢能分布函數。
Silver nanowires were produced in the etched ion-track membranes by electrochemical deposition.
以帶有核徑跡孔的PC膜為模板,用電化學沉積法制備出不同直徑的銀納米線。
The obtained silver nanowires were of high aspect ratios, with an average diameter of ~30 nm and length up to 50 μm.
以季銨鹽型陽離子Gemini表面活性劑[C16H33(CH3)2N+(CH2)3N+(CH3)2C16H33]-2Br-(16-3-16)為結構導向劑和穩定劑,以六次甲基四胺為還原劑,用水熱合成法由硝酸銀制備了直徑約30nm、長約50μm的銀納米線。
This research describes preparatio n of silver nanowires by a soft-chemistry approach and discusses the growth mecha nism.
以AgNO3 為起始物 ,采用DMF為溶劑和還原劑 ,無須采用晶種 ,在低溫 (～ 70℃ )下AgNO3 經DMF還原 ,通過軟化學法合成了結構均勻的銀納米線 ,其直徑為 15～ 3 0nm ,長度高達 2 0 μm 。
Preparation of DNA Silver Nanowire and Its Raman Spectra
DNA銀納米線的制備及其拉曼光譜
Controllable Preparation and Electron Transportation of One-dimension Metal Silver Nanowires;
一維金屬銀納米線的可控制備與電輸運性能
Preparation of Ordered Silver Nanowire Arrays and 'Chemically Pure' Silver Colloids and Their Application in SERS;
有序銀納米線陣列和‘化學純’銀膠的制備及其SERS應用
Fabrication of Gold and Silver Composite Nanowire Arrays by Sol-Gel Method
溶膠-凝膠法制備金銀合金納米線陣列
Synthesis, Characterization & Extinction Property of Silica Nanowires and One-dimensional Silica/Silver Nanoshells
氧化硅納米線及其一維銀納米殼層的制備、表征與消光性能研究
Preparation of AgCl Nanocrystalline Wires by Reverse Micelle Soft Templates
反相膠團軟模板法制備氯化銀晶體納米線研究
Study on the Aggregate Influences on the Nonlinearities of Silver Nanoparticles;
聚集對銀納米粒子非線性光學性質的影響研究
Prepartion of the UV Curable Conductive Adhesibe Filled with Silver Nanowires and Its Properties
納米銀線填充紫外光固化導電膠的制備和性能
Researches on Electrodeposition of Pd-Ag Alloy Nanowire Arrays on the Surface of Highly Oriented Pyrolytic Graphite;
高定向石墨表面電沉積鈀銀合金納米線陣列研究
The Preparation of Nano-thickness Flake Silver Powders Using γ-irradiation Technique;
應用γ-射線輻照技術制備納米厚度片狀銀粉的研究(英文)
Preparation and Field Emission Capability of Silver Tetracyanoquinodimethane Nanowire Array
銀-四氰基對苯二醌二甲烷納米線陣列的制備及其場發射性能
Preparation of SiC Nanowires Based on Carbon Nanotubes Template;
碳納米管模板法制備SiC納米線的研究
Synthesis and Characterization of CoFe_2O_4 Nanowires and Nanoparticles;
CoFe_2O_4納米線及納米顆粒的制備和研究
Preparation and Characterization of InN Nanowires and Nano-tubes;
氮化銦納米線和納米管的制備與表征
Electrochemical Deposition of CoPt Nanowires and Nanotubes
電化學沉積法制備CoPt納米線/納米管
Silica Nanofibers Enwrapped with Well-organized AgCl Nanoparticles
包裹定向排列納米氯化銀的二氧化硅納米纖維
The Synthesis and Characterization of TiO_2 and SiO_2 Microwires and Nanowires;
竹炭模板合成TiO_2及SiO_2微米線和納米線
Fabrication of Ultralong β-Ga_2O_3 Nanowires
超長β-Ga_2O_3納米線的合成