1)tetraalkoxytelluranes金属碲醇盐
2)metal alkoxide金属醇盐
1.Study on treating complex materials containing gold and silver by double metal alkoxides technic;双金属醇盐工艺处理复杂含金银物料的研究
2.Spinel structure nanometer cobalt blue pigment with fine grain size, low aggregates, fine distribution and gay coloures was prepared by sol-gel method, using metal alkoxide as raw material.以金属醇盐为原料,采用溶胶-凝胶法制备出粒度均匀、粒径小、分散性好、颜色鲜亮具有尖晶石结构的纳米钴蓝颜料。
3.This coating is inorganic/organic hybrid network material synthesized from -glycidoxypropyltrimethoxysilane (-GPTMS) and metal alkoxide Ti(OC2H5)4.该涂层为有机-无机复合网络,由γ—缩水甘油醚氧丙基三甲氧基硅烷(γ—GPTMS)和金属醇盐Ti(OC2H5)4合成。
英文短句/例句
1.Synthesis of Metal Alkoxide Complex and Nano-NiFe_2O_4 in HOCH_2CH_2OH Solution在乙二醇溶液中合成复合金属醇盐和纳米NiFe_2O_4
2.Preparation of Yttrium Aluminium Double Alkoxide and Y_2O_3-Al_2O_3 Composite Powders;钇铝双金属醇盐及其复合氧化物粉体的制备
3.A Study on Preparation of MgAl_2O_4 Powders with Mg-Al Double Metal Alkoxides by Sol-Gel Technique;镁铝双金属醇盐溶胶凝胶法制备MgAl_2O_4粉体的研究
4.Study on the Property and Hydrolyzing Mechanism of Mg-Al Double Alkoxides and the Preparation of Spinel;Mg-Al双金属醇盐的性质、水解机理及尖晶石粉体制备的研究
5.The Study on the Oxidation of 2-octanol Catalyzed by Peroxo-polyoxometalates;过氧多金属氧酸盐催化氧化2-辛醇反应的研究
6.Study on Thermodynamics and Equilibrium Phase of Cesium Alkali Metal Salts in Aliphatic Aqueous System;稀碱金属铯盐在脂肪醇水体系的等温相行为及热力学研究
7.Synthesis of Alkali Metal Alkoxides (aryloxides) and Their Applications in Diolefin Anionic Telomerization;碱金属醇(酚)盐的合成及其在二烯烃阴离子调节聚合中的应用
8.Synthesis of Propylene Carbonate from Urea and 1,2-Propylene Glycol over Metal Carbonates金属碳酸盐催化尿素和1,2-丙二醇合成碳酸丙烯酯
9.inorganic carbonate of melts[double or complex]无机金属碳酸盐[复盐或络盐]
10.chlorate, inorganic, of metals, double or complex无机金属氯酸盐,复盐或络盐
11.metal-insoluble salt indicated electrode金属-难溶盐指示电极
12.auric salt humidity controller金属盐式湿度控制器
13.hydroxymethyl sulphonic acid alkali metal salt羟甲基磺酸碱金属盐
14.chlorate, metal (excl. double or complex chlorates)金属氯酸盐(不包括复或络合氯酸盐)
15.cyanide ,inorganic, of metals (excl. sulphocyanides, thiocyanates and precious metal cyanides)无机金属氰酸盐,复或络盐
16.Molten Salt Synthesis of Rod-like Tungsten Bronze Niobate Particles熔盐法制备棒状复合碱土金属铌酸盐
17.chromate, metal (excl. natural lead chromate, double or complex chromates and precious metal chromates)金属铬酸盐(不包括天然铬酸铅、复或络铬酸盐和贵金属铬酸盐0
18.Synthesis and characterization of alkaki·alkaline-earth salts of molybdovanadoarsenic acid;碱金属碱土金属钼钒砷杂多酸盐的合成与表征
相关短句/例句
metal alkoxide金属醇盐
1.Study on treating complex materials containing gold and silver by double metal alkoxides technic;双金属醇盐工艺处理复杂含金银物料的研究
2.Spinel structure nanometer cobalt blue pigment with fine grain size, low aggregates, fine distribution and gay coloures was prepared by sol-gel method, using metal alkoxide as raw material.以金属醇盐为原料,采用溶胶-凝胶法制备出粒度均匀、粒径小、分散性好、颜色鲜亮具有尖晶石结构的纳米钴蓝颜料。
3.This coating is inorganic/organic hybrid network material synthesized from -glycidoxypropyltrimethoxysilane (-GPTMS) and metal alkoxide Ti(OC2H5)4.该涂层为有机-无机复合网络,由γ—缩水甘油醚氧丙基三甲氧基硅烷(γ—GPTMS)和金属醇盐Ti(OC2H5)4合成。
3)Metal alkoxides金属醇盐
1.Progress of study on metal alkoxides application金属醇盐的应用研究进展
2.In this paper, the application of metal alkoxides Sol-Gel method in synthesis of non-metal material is discussed.金属醇盐溶胶—凝胶法具有温度低、能源省、化学组成精确、均匀性好等优点 ,被广泛应用于非金属材料合成中 。
3.Research on the chemistry of metal alkoxides bas attracted increasing attention because of therapid development of sol--gel method and the research results of chemistry of metal alkoxides haveplayed an important role in promoting research of sok--gel method in turn .溶胶-凝胶法的迅速发展促进了金属醇盐化学的研究,其结果又推动了溶胶-凝胶法研究的开展。
4)metal-alkoxide method金属醇盐法
1.YAG precursor was synthesized by metal-alkoxide method using yttrium-alkoxide and aluminum-alkoxide as raw materials and acetic acid as the catalyst.以烷氧基金属化合物为原料,乙酸为催化剂,采用金属醇盐法制备了YAG前驱体粉体,在不同温度下焙烧,得到了YAG纳米粉体,并改变乙酸与水的用量以及醇盐溶液浓度,初步探讨了催化剂及醇盐溶液浓度对合成纯相YAG粉体的影响。
5)alkali metal alkoxide碱金属醇盐
1.Synthesis of alkali metal alkoxides(phenoxides) and their applications in rubber;碱金属醇盐和碱金属酚盐的合成及其在橡胶中的应用
6)Bimetallic alkoxide双金属醇盐
延伸阅读
金属分子式:CAS号:性质:具有特有的金属光泽以及良好导电导热性的固态或液态单质。在固态时还具有延展性。大多数元素是金属元素,其特性由元素原子结构和晶体内部结构决定:原子电负性小,吸引电子能力不大,聚集状态时电子流动性大;价层s、p电子少,常形成密堆集晶体结构,如立方面心密堆集、六方密堆集及体心立方堆砌结构。
