湿化学

湿化学方法可以制备多相磷酸钙，可通过pH值、钙磷比和煅烧温度控制多相磷酸钙的相组成。

The multiphasic calcium phosphate could be prepared by wet chemistry with controlling of pH , Ca / P , and sintering temperature .

纳米级零价铁的湿化学法制备及性能表征

Synthesis of nanometer iron by wet chemistry method and product inspection

湿化学还原法合成Co纳米粒子的研究

Synthesis of Cobalt Nanoparticles by Wet Chemical Reduction Process

纳米ZnO多孔薄膜的湿化学法制备研究

Studies on Nano-crystalline ZnO Porous Films Prepared by Wet-chemical Method

利用X射线衍射（XRD）、透时电镜（TEM）等手段研究了湿化学法合成钻英石粉末过程中锆英石相的生成机制。

The formation mechanism of zircon in a wet chemical processing is studied .

湿化学法制备α-Al2O3纳米粉

Preparation of Nanocrystalline α - Al_2O_3 Powders by Wet-Chemical Method

采用湿化学法合成了纳米Co（OH）2。

In this work , nano-Co ( OH ) 2 powder was synthesized by a simple wet chemical route .

该法与湿化学法测定结果呈高度相关，r为0.995。

The correlative factor was 0.995 , implying fairly good comparing the results of this method with wet chemical method .

籽晶在湿化学法制备α-Al2O3微粉过程中的作用

Effects of Seed Crystals on Preparation of α - Al_2O_3 Ultrafines by Wet-chemical Methods

无铅型复合钙钛矿材料性能主要由不同的A或B位离子复合决定，并通过采用湿化学方法得到改善。

The properties of lead free perovskite materials are mainly controlled by ions in A or B sites , and can be modified by wet-chemical synthesis .

对目前常用的几种制备PZT超细粉体的湿化学方法作了较详细的综述。

The common wet chemical ways to prepare PZT ceramics were summarized .

湿化学法原位合成硫掺杂的纳米金红石TiO2可见光催化剂

S-doped Rutile TiO_2 Visible-light Activated Photocatalyst by in Situ Wet Chemical Synthesis Method

锆刚玉质耐火材料的X射线荧光光谱分析法湿化学法制备锆铝质耐火材料的抗热震性研究

Analysis of Zirconium Just Jade Nature Fire-Proof Material by X-Ray Fluorescence Spectrometry Study on thermal shock resistance of zirconia-alumina refractory prepared by wet-chemical process

湿化学法制备的ZrO2-CaO固体电解质的高温老化

High Temperature Aging of ZrO_2-CaO Electrolyte Prepared by Wet Chemical Technique

从锌焙砂湿化学法制备高纯、球状纳米ZnO粉体材料的研究

Studies on the Preparation of High Purity , Spherical and Nanometer Zinc Oxide Powder Materials From Zinc Sand Calcined by Hydro-Chemical method

机械活化-湿化学合成LiMn2O4的组成、结构与表征

Characterization , structure and performances of LiMn_2O_4 synthesized by mechanically activated-wet chemistry

LiMn2O4的机械活化湿化学合成机理

The synthetic mechanism for LiMn_2O_4 by mechanically activated-wet chemistry method

湿化学制备的稳定ZrO2原料的热分解行为

Thermal Decomposition of CSZ Material Prepared by Wet Chemical Method

为了制备高性能铁电薄膜红外探测器，对Si微桥的湿化学腐蚀工艺进行了研究。

The Si micro bridge was fabricated by wet chemical etching technique in order to get good infrared thermal imaging system with ferroelectric thin films .

湿化学法制备ZrO2（Y2O3）超细粉末过程中团聚状态的控制

Agglomeration control in the preparation of ultrafine zro_2 ( y_2o_3 ) powder by means of wet-chemical process

湿化学法制备微晶（Y，Mg）－PSZ／MgAl2O4陶瓷的研究

Study on micro-grained ( y , mg ) - psz / mgal_2o_4 ceramics prepared by wet-chemical method

湿化学工艺条件对ZrO2（Y2O3）超细颗粒团聚的影响

Effects of wet chemical processing conditions on the agglomeration of ZrO 2 ( y 2O 3 ) ultrafine particles

湿化学法制备ZrO2超细粉的团聚机理、表征及控制

Mechanism , Characterization and Control of Agglomeration of ZrO_2 Ultrafine Powder Prepared by Wet-Chemical Method

湿化学法制备纳米ATO导电粉

Wet - chemical synthesis of ATO nanoparticle

湿化学法制备Pb（ZrxTi（1-x））O3超细粉体的研究进展

Progress in Preparation Technology of Pb ( Zr_xTi_ ( 1-x )) O_3 Ultrafine Powder by Wet-Chemical Method

我们用简单的湿化学方法制备了纳米WO3和CeO2粉末。

Anometer tungsten trioxide powders were prepared by a wet chemical method .

利用湿化学原位合成法制备了掺硫的金红石相纳米氧化钛光催化剂，并用XRD，TEM及uV-Vis吸收光谱对粉体进行了表征。

S-doped rutile TiO2 photocatalyst was synthesized by an in situ hydrothermal method . The powders were characterized by XRD , TEM and UV-Vis absorption spectra .

通过湿化学法合成PZT陶瓷微粉可实现粉料的高纯、超细、粒度均匀及化学成分的精确控制。

Through wet chemical synthesis , ultrafine PZT powder can be obtained with high-purity , uniform grain size and precise control of composition .

Y2O3稳定的ZrO2氧离子导体的湿化学合成氧化锑/高岭土复合阻燃微粉的湿化学反应动力学及特性

Studies on Wet Chemical Synthesis of Y_2O_3 Stabilized ZrO_2 Wet chemical reaction kinetics and characteristics of ultrafine antimonide oxide / kaolin composite powder

本文以SnCl2·2H2O和HF酸为原料，利用湿化学法成功制备了导电的掺氟二氧化锡粉。

The F doped SnO_2 ( FTO ) nano-powder was successful synthesized with SnCl_2 and HF as raw material by wet-chemical method .