1) molten salt method
熔盐法
1.
Synthetic study on tabular Bi_4Ti_3O_(12) powder with molten salt method;
熔盐法合成片状Bi_4Ti_3O_(12)粉体的研究
2.
The effect of calcination temperature and salt quantity on anisotropic microstructure of Bi_4Ti_3O_(12) powder prepared by molten salt methods;
工艺参数对熔盐法制备Bi_4Ti_3O_(12)的影响
3.
Study on micromorphology of Bi_4Ti_3O_(12) powder prepared by molten salt method;
熔盐法制备Bi_4Ti_3O_(12)粉体显微形貌的研究
2) molten salt synthesis
熔盐法
1.
Influence of sintering condition on microstructure and dielectric property of 0.8PMN 0.2PT ceramics by molten salt synthesis;
熔盐法制备PMN-PT陶瓷的烧结条件对其显微结构和介电性能的影响
2.
The preparation of(Na_(0.5)K_(0.5))NbO_3 powder by molten salt synthesis;
熔盐法合成Na_(0.5)K_(0.5)NbO_3粉体(英文)
3.
Preparation and Mechanism of BaTiO_3 and Tabular SrTiO_3 by Molten Salt Synthesis;
熔盐法合成BaTiO_3以及片状SrTiO_3的研究与机制
3) flux method
熔盐法
1.
Research on structure and spectral characteristics of multi-wavelength Nd:KGW laser crystal grown with flux method;
熔盐法生长Nd:KGW多波长激光晶体结构及光谱性能的研究
2.
Comparing the phase diagram and temperature field between K_2WO_4 and K_2W_2O_7, (Yb∶KGW) crystal was grown by the flux method using K_2W_2O_7 as a suitable flux.
通过对K2 WO4和K2 W2 O7两种助溶剂性能及生长温度曲线的对比分析 ,选择K2 W2 O7作助溶剂 ,设计合理的工艺参数 ,采用熔盐法生长了新型的稀土激光晶体Yb∶KGW。
3.
Single crystals of KTi 1- x Sn x OPO 4 solid solutions and KSnOPO 4 were grown by using flux method,and their structure and physical properties were studied.
采用熔盐法生长了一系列磷酸氧钛锡钾单晶体并测定了其晶体结构和相应的物理性质。
4) molten salt synthesis method
熔盐法
1.
Sub-micrometer spinel LiMn2O4 was prepared by molten salt synthesis method, in which molten salt KCl supplies a liquid surrounding for rapid ion reaction at high temperature.
采用熔盐法合成了LiMn2O4。
2.
In this paper,SrBi_4Ti_4O_ 15 flake powder was synthesized by molten salt synthesis method(MSS).
用熔盐法合成了片状 Sr Bi4 Ti4 O1 5粉体 ,对其微观形貌进行了分析 ,讨论了不同温度对合成物相的影响。
3.
The powders were prepared by molten salt synthesis method, and the influence factors, such as molten salts, sintering conditions, additive and seed, were investigated.
本文在综合分析氧化铝的晶体生长习性、熔盐化学特性的基础上，对熔盐法制备片状氧化铝粉体进行了系统研究。
5) molten salt
熔盐法
1.
The result shows that a single phase CTNA could be obtained by molten salt process when it was calcined at 1 200 ℃、2 h,and the sintering temperature of CTNA prepared by molten salt is about 1 375 ℃.
用固相反应和熔盐法制备工艺合成了0。
2.
Nano-sized TiO2 powder was prepared through a molten salt method.
采用熔盐法于700℃制备了TiO2纳米材料,通过XRD、SEM和荧光光谱对样品的结构和性能进行表征。
3.
Ti metallized coating was prepared on the surface of carbon fiber reinforced silicon carbide matrix (Cf/SiC) composite by molten salt reaction to make joining the composite with high melt point metals such as Ti.
为了实现Cf/SiC复合材料与难熔金属的连接,通过熔盐法在Cf/SiC复合材料表面沉积钛金属层。
6) sub-molten salt method
亚熔盐法
1.
Kinetics analysis of decomposition of ilmenite by KOH sub-molten salt method
KOH亚熔盐法分解钛铁矿的动力学分析
2.
KOH sub-molten salt method was studied for preparing potassium titanate whiskers and titanium dioxide by using titaniferous slag as the raw material.
研究了以高钛渣为原料、采用KOH亚熔盐法制备钛酸钾晶须和二氧化钛的新方法,探讨了反应温度、初始KOH浓度、反应时间和碱矿比等因素对钛酸钾晶须形貌的影响。
补充资料：熔盐氯化
熔盐氯化
chlorination in molten salt
rongyan IUhua熔盐氮化(ehlorination in molten salt)待氯化的物料在熔盐介质中与气体氯作用生成无水氯化物的一种卤化冶金方法。其实质是将待氯化粉状物料(氧化物、盐类等)从上部加入熔盐氯化炉内(见熔盐氛化法生产四氛化钦)，气体氯以一定流速从底部通过熔盐一与物料的混合层，利用熔盐的循环运动及氯气与气体反应产物的鼓泡搅拌作用，使待氯化物料、还原剂碳和氯气充分接触并发生氯化反应。 熔盐氯化过程是一个气、固、液三相并存的多相反应过程，对固体物料的粒度及其分布、它们在熔盐中的含量、氯气浓度、氯气流速及分布、熔盐层高度等工艺参数有一定的要求，对熔盐的熔点、密度、粘度和表面张力等物理化学性质也有一定的要求，当熔盐因杂质积累而使其正常组成和物理化学性质破坏后，就要更换废熔盐，补加新熔盐。 在前苏联，熔盐氯化已成TICI;的主要生产方法。熔盐氯化在镁生产中用于低水氯化镁的进一步脱水以制取无水氯化镁，以及用于光卤石脱水以生产无水氯化镁。熔盐氯化还用于从饰锯钙钦矿提取担、镜、稀土和钦，从其气态产物中回收TaC15、NbC15(NbOC13)和TICI、，从熔盐中回收稀土。 与竖炉羲化、流态化羲化相比，熔盐氯化的优点在一于:它使用粉状物料，不需经制团和焦化处理，流程短;按炉膛截面积计算，四氯化钦的熔盐氯化日生产能力为竖炉氯化的3~4倍，但小于流态化氯化的日生产能力;由于熔盐具有溶解杂质以及对粉尘的吸附与过滤粉尘的作用，产出的粗四氯化钦含粉尘和Fecl3等杂质少;能处理CaO、MgO含量高的钦物料。其缺点是需不定期地排放.废熔盐并补充新盐。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条