Liquid phase method

There are many kinds of methods for preparing nanometer TiO 2.These methods may be classified into two types : gas phase method and liquid phase method .

纳米TiO2的制备方法有多种，按反应物状态可分为气相法和液相法两大类。

Author has introduced the industrialized production progress for producing dimethyl ether from synthetic gas by using the fixed bed one step method and by using the liquid phase method ;

从二甲醚的研究、生产、建设和应用等方面介绍了采用固定床一步法合成气制二甲醚和液相法生产二甲醚的工业化生产进程；

Research on the preparation of nanometer titanium dioxide powder by liquid phase method

液相法制备纳米二氧化钛粉体及工艺研究

Comparison in the Liquid Phase Method for Preparing Ultrafine Powders

超微粉末的液相制备技术及其比较

A study on the preparation of turquoise pigments by the liquid phase method

液相法制备锆钒蓝色料的研究

Research progress on preparation of antimony-doped tin dioxide materials by liquid phase method

液相法制备锑掺杂二氧化锡（ATO）材料研究进展

Synthesis of zro_ ( 2 ) mesoporous materials by liquid phase method

液相法合成ZrO2介孔材料

Preparation of nanometer ferric oxide from ferrous sulfate by liquid phase method

硫酸亚铁液相法制纳米氧化铁的研究

Progress in Application of Water Soluable Polymers in Preparation of Nanoparticles with Liquid Phase Method

水溶性高分子在液相法制备纳米粉体中的应用研究进展

Study of rutile tio_2 in situ supported on crude Sepiolite by liquid phase method

海泡石液相原位负载金红石型TiO2研究

Preparation of Nanometer Mn_2O_3 by Liquid Phase Method

液相沉淀法制备纳米Mn2O3

Preparation of Nanometer Copper Powder Used Glucose Pre-reduction and Hydration Hydrazine Liquid Phase Method

锌粉-卤化铵还原体系用于N，N′-二苯肼的合成葡萄糖预还原-水合肼液相法制备纳米铜粉

The Electro-Chemical Performance Research of Li_4Ti_5O_ ( 12 ) Anode Material Synthesized by Liquid Phase Method

液相法合成Li4Ti5O（12）负极材料电化学性能的研究

The Manufacturing of Ultrafine Silica White Powder in Production Scale by Liquid Phase Method and the Performance of the Product

湿法白炭黑超细粉工业化生产及产品性能表征

The liquid phase method , nevertheless , is the simplest and most easily gained methodologies .

在合成TiO2的三大类工艺（气相法、液相法与高能球磨法）中，液相合成方法是最简单易行的工艺。

Study on the performance of phenylethane catalyst ( AEB ) synthesized with liquid phase method

液相法合成乙基苯催化剂（AEB）性能的研究

Preparation of Nano-Ni _3S_4 Powders by the Liquid Phase Method

液相法制备Ni3S4纳米粉

Preparation of core-shell nano-material by liquid phase method has advantages of low reaction temperature , simple equipment and less consumption of energy .

液相法制备核壳纳米粉体具有反应温度低、设备简单、能耗低的优点。

The fractional phase diagram of LaCl 3 HCl H 2O system was determined employing solid liquid phase method .

采用湿固相法构建了上述温度下的LaCl3HClH2O体系的部分相图。

The method for appraising the catalytic performance of phenylethane catalyst synthesized from benzene and ethylene with liquid phase method is discussed .

讨论了采用苯和乙烯液相法合成乙苯催化剂的评价方法。

Through the single-factor conditions test , the condition in which the glucose pre-reduction and hydration hydrazine liquid phase method was found .

通过单因素条件试验，找出了用葡萄糖预还原-水合肼液相还原法制备纳米铜粉的条件，再通过正交法得到最佳还原条件。

Batch chloration plant of synthesizing β - chloro t-butyl carboxylic acid chloride was improved by using continuous liquid phase method .

利用连续液相氯化法对一套间歇氯化法生产β-氯代特戊酰氯的装置进行改造。

In order to determine the efficiency of formaldehyde removal and simplify the experimental equipment , the adsorption capacities were compared between gas phase method and liquid phase method .

为了进一步证明二氧化锰对甲醛的去除效果，简化实验装置等，比较了气相法和液相法的吸附结果，研究了甲醛溶液浓度和吸附剂粒度对甲醛吸附量的影响。

The raw materials were also synthesized by liquid phase method . The liquid phase method can avoid the problem that TiO2 could not completely react in solid state reactions .

首次利用液相法合成KTP生长原料，克服了固相合成中TiO2不能反应完全的问题。

The pH effect upon the sample phase components of Mg / Al-LDH nanocrystalline prepared by the one-step reaction liquid phase method and the nanocrystalline particle sizes is studied .

研究了pH对一步反应液相法制备Mg/Al-LDH纳米晶体试样的相组成及其纳米晶粒大小的影响。

The dispersion-mixing process is one of the most important units in the chemical industry , especially in the field of solid particle preparation with liquid phase method . The recent development of micromixing techniques is reviewed .

分散混合是化工生产过程中的一个重要单元，特别是在液相法制备固体颗粒材料方面。

The preparation technique of ultrafine TiO_2 , gaseous and liquid phase method are comprehensively reviewed . The advantages and defects of the methods are analyzed . The research direction of ultrafine TiO_2 is pointed out .

对超微细TiO2的制备技术&气相法和液相法进行了综合评述，分析其优缺点，并指出了超细TiO2的研究方向。

Application of water soluable polymers , such as PVA , PEG and PVP , acting as dispersion agents , complex transformation agents and templates in the preparation of nanoparticles with liquid phase method was reviewed .

综述了水溶性高分子材料如PVA、PEG和PVP等在液相法制备纳米粉体中作为分散剂、络合转化剂和模板剂的应用研究概况。

Using titanium tetrachloride as raw material , the nanometer titanium dioxide powder with the particle diameter of 12 nm and the specific surface area of 229.77m ~ 2 / g is prepared by liquid phase method .

以四氯化钛为原料，采用液相法制备出粒径约12nm，比表面积229.77m~2/g的纳米二氧化钛粉体。

The results showed that the bigger the adsorption capacity from liquid phase method was , the bigger that of gas phase method was , so the preparation conditions of the best efficiency of formaldehyde removal in air could be deduced from the preparation conditions of liquid phase method .

结果发现，在液相法吸附效果好的条件下，气相法的吸附效果也好，因此，在后面的比较实验中采用实验装置简单的液相法；