氯化稀土

由氯化稀土体系获得的Nd-Al双金属活性体的组成及其定向聚合活性

Composition and stereospecific polymerization activity of Nd-AI bimetallic complex obtained from rare earth chloride system

如常规浸出和还原浸出分别进行，则可从精矿开始直接制取富镧氯化稀土和工业级纯铈及其化合物。

Rich lanthanum rare earth chloride and industrial purity cerium oxide or compounds can be made by acid leaching under normal and reductive condition , respectively .

氯化稀土中~（227）Ac含量的测定

The Determination of ~ ( 227 ) Ac in Rare Earth Chloride

混合氯化稀土催化合成DOP、DOM和DOA

Mixed RE Chlorides as Catalyst for Synthesizing DOP , DOM & DOA

NaY分子筛与氯化稀土溶液加压连续交换的研究

A study of the continuous ion exchange under pressure between NaY zeolite and reci_3 solution

从少铕氯化稀土中提取氧化铈的研究&碳酸氢铵作为沉淀剂的探讨纳米介孔CeO2的合成及表征

The study of extraction of ceric oxide from rare earth chloride containing a low amount of euripium ─ research on ammonium bicarbonate for precipitant

氯化稀土、氧化稀土和硫酸盐稀土的加入，有利于提高复合材料中W、P和SiC的含量。

The contents of W , P and SiC in the composite coatings were increased when chloride , oxide and sulfate rare earth was added in the bath respectively or together .

氯化稀土（Eu~（3+），Tb~（3+））乙酰丙氨酸咪唑的FTIR光谱和激光激发光谱

FTIR Spectra and Laser Excitated Spectra of Rare Earths Chlorate ( Eu ~ ( 3 + ), Tb ~ ( 3 + )) with Acetylalanine and Imidazole

在螺旋管反应装置上研究了混合氯化稀土与NaY分子筛在水溶液中的加压连续离子交换反应动力学。

The continuous ion-exchange reaction kinetics between NaY zeolite and RECl_3 solution under pressure in a helical tubular coil apparatus has been investigated .

本课题以片状锌粉为主要填料，以E-44环氧树脂和651聚酰胺固化剂为成膜物质，制备了环氧富锌涂料，并添加氯化稀土对涂料进行改性。

The zinc-rich epoxy coating with flake zinc as the main filler , E-44 epoxy and 651 polyamide curing agent as film former was prepared and modified by doping with rare earth chloride .

方法利用JY-38型ICP-AES顺序扫描电感耦合等离子光谱仪检测氯化稀土中U的含量，用FJ-2603低本底α、β测量仪检测镧产品中的α总放和β总放。

Methods Using JY-38 plus sequential ICP spectrometer to examine the content of the uranium in the RE Chlorides , Using FJ-2603 low background alpha , beta measurement apparatus to measure total alpha and total beta activities of Lanthanum products .

二价氯化稀土催化丁二烯聚合的活性

On catalytic activity of bivalent rare earth chlorides for Butadiene Polymerization

活性氯化稀土的毒性研究

The Study on Toxicity of Active Rare Earth Chloride in Rats

氟碳铈镧精矿制取氯化稀土的研究

Study of Making RE Chloride in F-C-Ce - La Concentrates

D－葡萄糖与氯化稀土配合物的合成及红外光谱研究

Synthesis and FTIR Spectroscopy Study of the Rare Earth Complexes with D-Glucose

四川矿纯碱焙烧制取氯化稀土工艺研究

Process Study of Making RE Chloride from Sichuan Mine

氯化稀土改性Ag/CaCO3催化剂对丙烯环氧化反应的影响

Epoxidation of Propylene on Ag / CaCO_3 Catalysts Modified by Rare Earth Chloride

氯化稀土熔盐电解的热力学分析

Thermodynamic analysis of fusion electrolysis of rare earth chlorides

氯化稀土对大鼠肝线粒体氧化磷酸化功能的影响

Effect of Rare Earths on the oxidative phosphorylation function of rat liver mitochondria

氯化稀土丙酰胺配合物的合成及其催化丁二烯聚合的研究

Synthesis and Catalytic Polymerization for Butadiene of Propionamide Complexes of Rare Earth Chlorides

用5601萃取剂从氯化稀土溶液中分离铀和钍

Separating uranium and thorium from rare-earth chlorides solutions by hd ( dibm ) p

以氯化稀土为原料制备稀土抛光粉的研究

Preparation of RE Polishes From RE Chloride

高效毛细管电泳测定混合氯化稀土中的稀土元素

Determination of Rare Earth Metal Ions of Mixed Rare Earth Chloride with Capillary Ion Electrophoresis

氯化稀土用于酸性媒介染料羊毛染色工艺的再探讨

More Studies on the Application of Rare Earth Chloride in Wool-Dyeing Technology With Acid Mordant Dyes

灼烧物光谱分析结果表明，氧化铈的纯度达99.95%，萃余水相用复盐碱转盐酸溶解制备少铈富镧氯化稀土。

The purity of Ceric oxide by means of spectral analysis is up to 99.95 % .

介绍了我国氯化稀土主要产品的生产、应用、市场状况及今后的发展方向。

Production , application , market status and development direction of rare earths chlorite are introduced .

氯化稀土应用于染色，可降低染化料耗用，节约能源。

The application of gasified rare earth to dyeing reduces the consumption of energy and dyestuffs .

高岭土制成的高硅Y型沸石用氯化稀土交换并制成催化剂，具有较高的催化裂化活性。

The Y type zeolite thus produced has high silica to alumina ratio and excellent cracking activity .

目的分析镧产品中放射性与氯化稀土来源的关系。

Objective To analyze the relation between the radioactivity in Lanthanum products and the origins of RE Chlorides .

采用胺类萃取剂与醇类萃取剂共同组成的协同萃取体系，在盐酸介质中，研究了去除氯化稀土溶液中铅的工艺。

In the chloride system , the process of removing lead from RE chloride by extraction was studied .