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Preparation methods and application of silver nanomaterial;

纳米银的制备方法及其应用

Advances in antimicrobial finishing for textiles based on silver;

银系抗菌纺织品的研究进展

Study on preparation and antibacterial property of silver-containing PA 6 nanofiber;

含银PA6纳米纤维的制备及抗菌性能研究

AC process for treating lead electrolysis refining anodicslime bearing high antimony and lower sliver: Enlarge experiments of chlorination-leaching and dry-distillation;

用AC法处理高锑低银类铅阳极泥——氯化浸出和干馏的扩大试验

Controlled-leaching of Sliver in Complex Sb-Pb Concentrate by Using Slurry Electrolysis Process;

复杂锑铅矿矿浆电解过程银的控制浸出

A method for trace sliver analysis in geological materials by flame atomic absorption spectrometry (FAAS) was developed.

介绍了应用编结反应器为吸附介质,流动注射在线置换吸附预富集消除Fe、Ca、Mn、Pb等共存金属离子的影响,与火焰原子吸收联用分析痕量银的方法,Ag(Ⅰ)吸收信号峰高比直喷时增感26倍,检出限为0。

The Preparation of Ag Loaded Nanotube Titanic Acid Catalyst;

负载银纳米管钛酸催化剂的制备

Analysis of Optical Absorption Spectra of Ag-Coated Au Composite Nanoparticles;

金芯-银壳复合纳米微粒光学吸收光谱分析

Experiment on determination of trace Argentum in copper concentrace ore was done.

对湖南省麻阳铜矿铜精矿中的微量银作了原子吸收光谱法测定试验 ,研究了铜对银的测定的干扰 ,并提出了消除干扰的方法。

Methods: Argentum was used as antibacterial agent to prepare the argentation medical polypropylene mesh with chemistry liquid phase the meshes with Rochelle salt as reducing agent.

目的:制备镀银的医用聚丙烯网片(Polypropylene mesh,PP),并检测其抗菌性。

Methods:Argentum was used as antibacterial agent to prepare the argentation medical polypropylene mesh with chemistry liquid phase the meshes with Rochelle salt as reducing agent.

目的:制备镀银的医用聚丙烯网片,并检测其抗菌性和力学性能。

Fading reaction based on inhibitory effect of copper and silverⅠ on oxidation of bordeaux-red by KIO_4 and its application;

痕量铜Ⅱ和银Ⅰ抑制高碘酸钾氧化玫瑰桃红R的褪色反应及其应用

The mechanism of gold adsorption onto SMF-453 anion exchange resin regarding the acidity curve,the adsorption velocity,the adsorption capacity and the activated energy of adsorption reaction was reported.

就酸度曲线、吸附速度、吸附能力和吸附反应的活化能等几个方面分别对采用SMF - 45 3树脂吸附金银的机理进行了论述。

Both binary cluster cations and anions composed of silver (gold) and sulfur atoms were generated by laser ablating the mixed silver(gold) and sulfur powders.

以高能量密度的脉冲激光束在高真空中直接溅射银(金)粉与硫的混合物,产生了丰富的银—硫和金—硫二元原子簇正负离子,记录了它们的飞行时间质谱。