sapo

Advances in research on SAPO molecular sieves and their application

SAPO分子筛的研究与催化应用进展

Effects of crystallization condition on Synthesis and properties of SAPO molecular sieves

晶化条件对SAPO分子筛合成及性能的影响

Synthesis and Characterization of a New Type of Mesoporous SAPO

一种新型介孔磷酸硅铝（SAPO）分子筛的合成及表征

Effects of SAPO Molecular Sieve on the Catalyst and Lube Oil

SAPO分子筛对催化剂和润滑油产品性能的影响

The researches advance and the application possibilities of SAPO molecular sieves

SAPO分子筛的研究现状及应用前景

Progress in SAPO - 34 Molecular Sieve Research

SAPO-34分子筛研究进展

Structure and property of SAPO - 5 molecular sieves

SAPO-5分子筛的结构和性能

SAPO - 5 zeolite was obtained by hydrothermal synthesis .

用水热合成法合成SAPO－5分子筛。

Effect of Silicon Content in Gel Mixture on the Structure and Acid Catalytic Performance of SAPO 5 Molecular Sieve

凝胶中硅含量对SAPO-5分子筛合成及其性能的影响

The feature of n hexane cracking reaction on SAPO 5 zeolites with various Si content

正己烷在不同硅含量SAPO-5分子筛上的裂化反应特征

Objective To understand the serum SAPO 1 / Fas level and find out its relationship with lung cancer morbidity .

目的了解肺癌患者血清中SAPO-1/Fas水平及其与肺癌发病的关系。

Effect of Template Types , Concentration , and Silicon Sources on the Structure and Acid Catalytic Performance of SAPO 5 Molecular Sieves

模板剂种类、浓度、硅源对SAPO-5分子筛结构性质的影响

Serum sAPO 1 / Fas level was determined by ELISA method , and NO level by enzymatic method before and after treatment .

化疗前后分别用双抗体夹心ELISA方法测定血清sAPO1/Fas含量和用酶还原法测定血清NO含量。

Application of SAPO Molecular Sieves in Isomeric Catalysis

SAPO分子筛在烃类异构化反应中的应用

Study on The Effect of Palladium Additives on The Synthesis and Structure of SAPO 5 Molecular Sieve by SEM and EDS

扫描电镜和EDS研究钯的加入对SAPO-5分子筛合成及结构的影响

The comparisons show that the addition of copper can improve the properties of microstructure and surface acidity of SAPO 34 zeolite .

通过XRD，SEM，EDX及NH3TPD等分析手段对改性分子筛进行结构及酸性的表征和对照分析，表明Cu的掺入较好改变了SAPO34分子筛的微观结构及表面酸性。

Pd / SAPO 11 with 10 member ring pore opening showed the highest activity and selectivity for isobutene .

以十元环的SAPO11分子筛为载体的催化剂显示出较高的活性和选择性。

Investigation on the catalyst of pd / sapo - 11 in the N - hexane isomerization

正己烷异构化催化剂Pd/SAPO-11的研究

Advances in methanol - to - olefin ( MTO ) technologies and SAPO - 34 catalyst

甲醇制烯烃用SAPO-34催化剂新进展

One story says that soap got its name from Mount Sapo , a place where ancient Romans used to sacrifice animals to their gods .

有一个传说是，肥皂一词来自萨波山之名&据说萨波山是古罗马人宰杀牲口祭神的地方。

Synthesis of SAPO - 11 zeolites

SAPO-11分子筛的合成

The catalytic properties in selective reduction of NO and hydrothermal stability of the catalysts , which were prepared by using SAPO 34 and SAPO 5 as supports , were different .

以不同的SAPO分子筛为载体的催化剂在NO选择性还原为N2反应中的催化性能也不同，并且耐湿热稳定性也不同。

A review is presented on various aspects of studies on MTO reaction over SAPO 34.The contents of this article include MTO reaction mechanism , Kinetics , coke deposition studies and comments on MTO technology development .

综述了SAPO34分子筛上进行的MTO反应机理、反应动力学和反应过程中的积炭研究。

The activity of Ag / SAPO 34 molecular sieve catalyst was investigated , and the selective catalytic reduction ( SCR ) of NO was studied by in situ diffuse reflectance FTIR spectroscopy ( DRIFTS ) .

评价了Ag/SAPO34分子筛催化剂选择性还原NO的活性，并运用漫反射红外光谱原位研究NO在Ag/SAPO34催化剂上的选择性催化还原机理。

Hydrogenation of Pt / SAPO - 11 isomerization catalyst and effect of benzene on n - tetradecane hydroisomerization were investigated using benzene hydrogenation as a model reaction in a 10 mL fixed - bed down-flow reactor system .

在10mL连续流动固定床反应装置上，以苯的转化为模型反应考察了Pt／SAPO-11异构化催化剂的加氢性能及苯对正十四烷异构化反应的影响。

Finally , we detect a homologous series catalyst SAPO-n with SAPO-34.Using the same raw materials , manufacture method as SAPO-34 , we replicated the SAPO molecule sieve catalyst in the high-pressure autoclave without polytetrafluoroethylene lining .

使用与SAPO-34相同的原料、制作方法，研究高压釜无聚四氟乙烯衬底时制作出的催化剂与SAPO-34分子筛的差异。

There are three steps in MTO reaction : formation of methoxyl groups on the surface of SAPO 34 , formation of the first C-C bond and formation of C 3 and C 4.The 12-reaction Kinetics model proposed by Bos et al bear representative signification .

MTO反应机理可以分成三步：在分子筛表面生成甲氧基、形成第一个C-C键、生成C3、C4。反应动力学较有代表性的是Bos等[1]提出的涉及积炭反应的12反应模型。

Latest researches in SAPO 34 molecular sieve were reviewed with respect to its synthesis , structure , acidity , thermal stability , hydrothermal stability and its application in MTO . The influence factors in the synthesis of SAPO - 34 molecular sieve and its application in MTO were discussed .

综述了SAPO-34分子筛在合成、结构、酸性、热稳定性及水热稳定性等物化表征方面以及在MTO反应中应用的研究近况，重点介绍了SAPO-34分子筛合成及其在MTO反应中应用的影响因素。

AlPO 4 5 , SAPO 5 and TAPO 5 molecular sieves which were synthesized by hydrothermal method were used as the catalysts of isomerization of m xylene . The property of isomerization is evaluated and the structure and acidity of the three catalysts are characterized .

首次用自制的AlPO4－5，SAPO－5和TAPO－5分子筛作为间二甲苯异构化催化剂，对其催化性能进行了评价，并对3种催化剂的结构和酸性进行了表征。