复盐

浅谈K·D复盐起爆药生产中的结晶控制

Crystallization Control in the Production of K · D Double Salt Primary Explosive

复盐Zn2HIO6·1.25H2O的热化学研究

Thermochemical Studies on the Double Salt Zn_2HIO_6 . 1 . 25H_2O

钝化燃烧法销毁废K·D复盐起爆药

The Destruction of Waste K · D Initial Complex Salt Explosive by Dull-Combustion Method

复盐大单晶NaKV2O6的水热合成与表征

Hydrothermal Synthesis and Characterization of Large Single Crystal of Double Salt NaKV_2O_6

用二硫化钼降低K·D复盐起爆药摩擦感度的研究

A Research on Reduction of Friction Sensitivity of K · D Double Salt Primary Explosive Using Molybdenum Disulfide

复盐K2Cu（C2O4）2·2H2O的热分解动力学研究

Study on the Thermal Decomposition Kinetics of Double Salts K_2Cu ( C_2O_4 ) _2 · 2H_2O

Na4Ca（SO4）3复盐高温合成及温度对晶体形貌的影响

High Temperature Synthesis and Effect of Temperature on Morphology of Na_4Ca ( SO_4 ) _3 Double Salt

复盐K2Mg（IO3）4·2H2O的热力学性质

Thermodynamic Properties of a Double Salt K_2Mg ( IO_3 ) _4 · 2H_2O

用Zn粉还原过渡金属Fe、Co、Ni和Cu的硫酸盐和硫酸铵复盐溶液，获得了相应金属的纳米粉体。

Transition metal nanoclusters of Fe 、 Co 、 Ni and Cu have been obtained by Zn reduction in metal ammonium sulfate solutions .

文中介绍了用钝化燃烧法销毁废K·D复盐起爆药时存在的爆燃现象和危险残留物等安全隐患，并提出了可靠的解决办法。

When destroying the waste K · D complex salt initial explosive by dull-combustion method , and put forwards dull-combustion method , which is credible ways .

微波快速合成4A分子筛过程中镧复盐的作用

Role of Lanthanum Double Salt in Rapid Synthesis of Zeolite 4A under Microwave Heating

PAC、PAM和复盐配合预处理模拟蜡染废水是完全可行的。

It is feasible for PAC , PAM and double salt to pretreat the simulated wax printed wastewater .

利用铅锌矿中铅生成复盐沉淀，用EDTA标准溶液滴定锌，然后溶解复盐沉淀，加入过量EDTA标准溶液，用硝酸铅标准溶液反滴定。

After dissolving ore samples of zinc and lead , the lead ions were precipitated . The zinc ions were titrated by EDTA .

KIO3·2LiIO3复盐晶体的生长、形态及光学性质

Crystal growth , morphology and optical property of complex salt kio_3 2liio_3

现在针对K·D复盐起爆药重金属废水的处理工艺虽然能使出水达到国家相应的排放标准，但是处理工艺选择性差，有可能造成二次污染，并不是最佳的选择。

Though the wastewater of K-D double salt primary explosive can reach the relevant effluent standard , the selectivity of present treatment technic is low and may bring secondary pollution and is not a optimal choice .

但在酸法浸液中，铌是以铌铵硫酸复盐（NH4）3H5Nb（？）O（10）·5SO3形式存在，经电离生成铌阴离子（H（？）

But in the acid leaching solution , the niobium exists in the form of niobium ammonium sulphate double salt ( NH_4 ) _3H_6Nb_6O_ (?)

XRD、IR及表面分析结果表明，共沉淀条件与催化剂复盐物及母体的物相、晶粒大小及其比表面密切相关。

The results of XRD , IR , and specific surface area analysis show that the coprecipitating conditions are closely related to the phases , crystal sizes and specific surface areas of complex salts and precursors of the catalyst .

用高温合成法制备出硫酸钙复盐Na4Ca（SO4）3，利用差热分析、X射线衍射、扫描电子显微分析等现代测试仪器研究了该复盐的反应历程。

The calcium sulfate double salt Na_4Ca ( SO_4 ) _3 was prepared by high temperature synthesis method . The modern instruments such as XRD , TG-DTA and SEM etc. , were used to research the processing steps of the double salt .

研究了Cu－Zn系合成醇类催化剂的共沉淀方式、温度、陈化时间及对其母体（氧化物形式）的超声作用、共沉淀复盐形式的物理性质等对催化剂催化性能的影响。

He effects of coprecipitating methods , temperatures , and aging time were investigated on the catalytic performances , such as the ultrasonic role of the precursors in oxide form , and the physical properties of coprecipitated complex salts , of Cu-Zn catalysts for synthesis of alcohols .

采用硫酸铜代替碱式碳酸铜用于铜复盐比色法测定DEA，简化了操作，而且线性关系良好，回收率在95.6%～102.8%。

Basic cupric carbonate is replaced by cupric sulfate in the determination of DEA by colorimetry with copper double salt , then , the operation is simplified , the linear relationship is good , and the recovery is 95.6 % ~ 102.8 % .

育晶温度及时间对复盐形貌有明显影响，在1000℃保温2h后转到945℃育晶5h，晶体生长较好。

Effect of incubation temperature and time on morphology of double salt was discussed . The crystal grows better when it is synthesized at 1000 ℃ for 2 h and then incubated at 945 ℃ for 5 h.

采用离子交换法把常温下没有溶剂的APP转化成聚磷酸钠（NaPP）或其复盐并溶于水中。

APP , which can ′ t be dissolved by any solvent under normal temperature , was converted into the sodium polyphosphate ( NaPP ) or sodium-ammonium polyphosphates ( NaAPP ) by ion-exchange method , and then dissolve it in the water .

研究确定了25℃下K~+、NH4~+//So4~（2-）、Cl~-、（CH2OH）2-H2O体系相图，反应体系的相际关系是简单共饱和型，没有复盐生成；

The phase diagrams of the system K + NH4 + / / SO42 - Cl ~ - ( CH2OH ) 2-H2O at 25 ℃ are determined , and the phase relations of the reaction system are simple common saturation and no compound is formed .

本文采用间接法电合成出较高纯度的复盐K3Na（FeO4）2晶体，用粉末XRD结构分析法对其晶体结构作了详细研究。

It is reported in this paper for the indirect electrosynthesis of a mixed ferrate (ⅵ) crystal , K3Na ( FeO4 ) 2 , with a comparatively high purity and its crystal structure is investigated in detail by powders XRD structure analysis .

磷石膏复盐法制备硫酸钾工艺改进

Technical Improvement of Preparing Potassium Sulfate from Phosphogypsum by Compo-site-salt Method

铵光卤石复盐的制备及结晶动力学研究

Study on preparation and crystallization kinetics of ammonium carnallite double salt

过硫酸氢钾复盐-丙酮体系氧化醛成羟酸的新方法

New oxidation method for aldehydes to carboxylic acids by oxone-acetone system

聚硅酸复盐混凝剂在有机高浓度废水处理中的应用

Application of polymerization silicate coagulant in treatment of high strength organic wastewater

很多硫酸盐有形成复盐的趋势。

Many sulphates have a tendency to form double salts .

对硝酸铈铵复盐的制备工艺进行了研究。

The technology for the preparation of ammonium cerium nitrate is studied .