水热晶化法

采用水热晶化法，通过控制水热反应条件、溶液的浓度以及矿化剂的种类等因素，制备出分散性及导电性良好的SnO2纳米颗粒。

Tin oxide nano-particles with excellent electrical conductivity and dispersion were prepared by hydrothermal crystallization method through well controlling the hydrothermal reaction conditions , concentration of the precursor and suitable mineralizer .

以高岭土为原料，采用水热晶化法，制得了主晶相为莫来石的复合纳米晶。

Major phases mullites prepared by hydrothermal crystallization method with kaolinite as raw material , were composite nanocrystals .

水热晶化法合成TiO2晶须

Synthesis of Titania Whiskers by hydrothermal crystallizing process

首次采用一次原位水热晶化法在多孔陶瓷载体表面成功制备出TS-1沸石分子筛膜。

The TS-1 zeolite membrane was successfully obtained on the ceramic carriers by one-step in-situ hydrothermal synthesis .

水热晶化法合成Ti-MCM-41分子筛的研究

Synthesis of Ti-MCM-41 Molecular Sieves by Hydrothermal Crystallization

其中水热晶化法有利于介稳态六方WO3的形成和晶粒的完整发育，但水热晶化造成的软团聚使晶粒尺寸较大，介于0.25-1.2μm之间。

Hydrothermal crystallization is in favor of forming hexagonal WO_3 and integrity crystal , but the granularity of product is from 0.25 to 1.2 μ m due to soft-aggregation .

静电S+X-I+组装途径合成的TiMCM41分子筛催化氧化活性略低于水热晶化法合成的TiMCM41分子筛。

The catalytic activity of Ti-MCM-41 from electrostatic S + X - I + assembly pathway was a little lower than that of Ti-MCM-41 from hydrothermal crystallization .

在碱性条件下，采用水热晶化法，以水玻璃为硅源，表面活性剂十六烷基三甲基溴化铵为结构模板剂，成功合成出全硅MCM-41中孔分子筛。

Under the alkaline condition , the synthesis of mesoporous molecular sieves MCM-41 had been accomplished successfully in a hydrothermal system using sodium silicate as the source of silicon and surfactant C16H33 ( CH3 ) 3NBr as structural template .

以沉淀二氧化硅为硅源，钛酸四丁酯为钛源，四丁基氢氧化铵为模板剂，采用水热晶化法合成了TS-2分子筛。

Titanium silicalite molecular sieve TS-2 was synthesized by hydrothermal crystallization using precipitate silica as Si source , tetrabutylorthotitanate ( TBOT ) as Ti source , tetrabutyl ammonium hydroxide ( TBAOH ) as template .

以四乙基溴化铵（TEABr）为模板剂，硅胶为硅源，铝酸钠为铝源，采用水热晶化法合成β沸石。

Zeolite β has been successfully hydrothermal synthesized by using tetraethyl ammonium bromide ( TEABr ) as template , silica gel and sodium aluminate as silica and ( aluminum ) sources , respectively .

以煤系高岭岩为原料，采用水热晶化法合成超细莫来石粉。

Mullite particles was synthesized by hydrothermal crystallization from kaolinite in coal measures .

以廉价的天然矿物岩石作为主要原料，采用水热晶化法合成了微孔分子筛。

Microporous molecular sieves was synthesized by hydrothermal synthesizing technique from natural rock .

水热晶化法在材料制备中的应用

Application of Hydrothermal Method in Preparation of Materials

采用水热晶化法合成出无机微孔晶体，命名为BePO4&CJ（19），并培养出大单晶体。

In this paper , an inorganic microporous crystal , named BePO_4 - CJ_ ( 19 ), was synthesized by hydrothermal crystallization .

本文采用三次致孔法，通过水热晶化法合成类沸石分子筛，并研究了合成过程中的晶型转化和颗粒团聚变化。

The experiment prepared for zeolite molecular sieve by hydrothermal crystallization , and studied the change of the crystal transformation in the synthesis process and particle agglomeration .

水热静态晶化法合成超微NaA、八面沸石分子筛

Synthesis of Ultramicron Powder Zeolite NaA and Faujasite Using Hydrothermal-Static Crystallization