水滑

Cu取代对水滑石前驱物及其衍生氧化物性能的影响

Influence of Cu-substituted Hydrotalcite Precursors and Derived Oxides

含钴铜镍类水滑石焙烧产物催化分解N2O的研究

Catalytic Decomposition of N_2O over Some Calcined Products of Hydrotalcite-like Compounds Containing Co , Cu and Ni

水滑石焙烧产物Mg（Al）O为载体的Pt催化剂的正己烷临氢反应性能

Catalytic performance in hydrogen of Pt catalyst supported on mg ( al ) o derived from hydrotalcite

利用共沉淀法合成了不同Cu/Al比例的铜铝水滑石类化合物，且利用XRD，IR对此类化合物进行了表征。

Copper - Aluminium Hydrotalcite - like compounds are synthesized by coprecipitation and characterized with XRD and IR .

对插层产物进行X射线粉末衍射（XRD）表征发现，插层后水滑石的层间距显著增加，表明确实得到了药物插层水滑石超分子材料。

The products have been characterized by powder X-ray diffraction ( XRD ), and show an expanded LDH structure , indicating that the drug have been successfully intercalated into LDH .

结果表明，在CuO≤30%范围内可以形成结构完整的水滑石前驱物，CuO>40%时出现Cu（OH）2杂相；

The results showed that complete structure of hydrotalcite precursors could be formed when CuO ≤ 30 % . When CuO ≥ 40 % , Cu ( OH ) _2 phase appeared .

综合分析了PVC热稳定剂的种类和技术现状，指出不含重金属的水滑石类，稀土类及复合型热稳定剂将成为未来的主导品种。

The varieties of heat stabilizer of PVC and technology status were comprehensively analysed . It pointed that brucite without heavy metal , and rare earth heat stabilizer , and composite heat stabilizer would be the leading products .

水滑石类化合物（LDHs）是一类阴离子型层状材料，层间具有可交换的阴离子。

Layered Double Hydroxides ( LDHs ) or hydrotalcite-like compounds ( HTLcs ) are a category of anionic layered materials , which contain exchangeable anions in the interlayer .

采用共沉淀法、离子交换法和焙烧复原法三种不同方法将二氟尼柳嵌入Mg-Al水滑石层间，得到一种有机-无机复合层状材料。

The diflunisal was intercalated into the Mg-Al layered double hydroxide ( Mg-Al-LDH ) to form an organic and inorganic complex material by using three kinds of method separately , such as co-precipitation , ion exchange and reconstruction .

在制备Mg-Al-CO3水滑石类化合物的过程中，乙二胺不仅可以抑制杂质的产生，而且还能够有效地控制晶粒尺寸。

Moreover , ethylenediamine not only inhibits impurity phases generated in the synthesis of Mg-Al-CO3 layered double hydroxides but also can effectively control the crystal size of Mg-Al-CO3 layered double hydroxides .

Mg-Al-CO3与Zn-Al-CO3水滑石热稳定性差异的研究

Study of the Differences of Thermal Stability of Mg-Al-CO3 and Zn-Al-CO3 Hydrotalcite

水滑石类材料的合成及其在污染控制中的应用

Synthesis of Hydrotalcite Like Anionic Clays and their Application to Pollution Control

水滑石类材料碱性催化性能的应用研究

Study on application of hydrotalcite-like materials ' catalytic performances in basic reactions

子午线轮胎稳态滚动阻力及水滑特性的研究

Research on Steady-State Rolling Resistance and Hydroplaning of Radial Tire

水滑石类化合物是一种具有层状结构的阴离子粘土。

Hydrotalcite-like compounds are a sort of anionic clays with double-layer structure .

镍铁水滑石热分解过程的动力学研究

Study on thermal decomposition processes of nickel-lron hydrotalcites

水滑石类固体碱催化剂制备及其性能研究

Hydrotalcite-like Solid Base Catalyst Preparation and Its Properties

水滑石类材料必将在环境友好催化工业体系中扮演越来越重要的角色。

Hydrotalcite-like materials would play more and more important role in environmentally-benign catalytic systems .

水滑石类材料在氧化还原催化反应中的应用

Application of hydrotalcite-like materials in catalytic redox reactions

镍镁铝三元水滑石类化合物的合成和表征

Synthesis and characterization of Ni-Mg-Al hydrotalcite-like compounds

水滑石类化合物的研究现状及进展

Study advance of hydrotalcite - like compounds

铜铝水滑石类化合物催化苯酚羟化反应的研究

A Study of Catalysis of Copper - Aluminium Hydrotalcite - like Compounds in the Phenol Hydroxylation

水滑石类材料应用于氧化反应研究最新进展

Advance of Hydrotalcite in Oxidative Reaction

水滑石类材料具有独特的性能，作为催化及吸附材料应用广泛。

Hydrotalcite-like anionic clays haye many special properties , which can be used as catalysis materials widely .

此外，本文还对轮胎在湿滑路面从行驶到发生水滑现象过程中的水流状态进行了研究。

In addition , the water flow state when tire occurred hydroplaning in wet-road was studied in this paper .

程序升温焙烧技术研究水滑石热分解动力学

Study of thermal decomposition kinetics of Mg Fe and mg Al hydrotalcite with the method of temperature programmed calcination

本文建立了子午线轮胎三维有限元模型，结合拉格朗日方法和欧拉方法，确立了适用于轮胎水滑分析的一般耦合算法。

Combined with Lagrange method and Euler method , the General Coupling algorithm is established for the tire hydroplaning analysis .

针对国内外研究现状，讨论了水滑石类材料在环境污染治理中的应用及最新研究进展。

The present paper mainly describes latest researches on application of hydrotalcite-like materials in pollution control at home and abroad .

并根据流体力学相关理论，得出了水滑临界速度与载荷之间的关系公式。

And according to the fluid mechanics theory , it is obtained the interaction formula between the hydroplaning critical velocity and load .

结合甲基橙阴离子的尺寸，可以推测其在水滑石层间为垂直交叉梳状排列。

According to the size of MO anion , they should be vertical-arranging in the interlayer space , forming an interdigitated structure .