助熔剂法

助熔剂法生长的锆钛锡酸铅镧（PLZST）晶体及生长余料的组分分析

Composition analysis of the lead lanthanum zirconate stannate titanate ( plzst ) single crystals grown by flux method and the remains materials

用硫化助熔剂法合成红外上转换材料的研究

Synthesis of infra-red Up-conversion Materials by an improved flux method

助熔剂法生长KTP晶体的物理化学过程（Ⅰ）

Investigation on physico-chemical processes of KTP crystal growth from phosphate fluxes (ⅰ)

导模法和助熔剂法生长TbAl3（BO3）4晶体的研究

Study on the crystal growth of TbAl_3 ( BO_3 ) _4 with EFG and TSSG

助熔剂法晶体生长计算机控制系统研究

Research on the Computer Temperature Control System for Flux Crystal Growth

查塔姆助熔剂法合成红宝石&具暗色核心的新品种

Chatham flux-grown synthetic ruby : a new variety with dark coloured cores

珠光颜料用片状氧化铁的助熔剂法合成研究

Preparation of Flake Iron Oxide for Pearlescent Pigment by Flux Salt Process

钨酸盐助熔剂法生长KTiOPO4晶体与性能

Growth of KTiOPO_4 from Tungstate Flux and Its Properties

一种具暗色核心的助熔剂法合成红宝石近期由查塔姆公司推向珠宝市场。

A variety of Chatham flux-grown ruby with the dark coloured cores developed by the Chatham Company is available in gem markets recently .

助熔剂法合成尖晶石的晶体形貌特征和包裹体特征以及紫外-可见吸收光谱、红外光谱和阴极发光特征为其鉴定提供了可靠的依据。

The morphological features , the inclusion features , the ultraviolet-visible absorption spectrum , infrared spectrum and the cathodoluminescence features of the flux-grown synthetic spinel provide reliable evidence for identification .

助熔剂提拉法生长化学计量比LiNbO3晶体

Flux Pulling Method of Growing Stoichiometric LiNbO_3 Crystal

采用助熔剂提拉法生长出无宏观缺陷、光学均匀性好的铁掺量不同的化学计量比铌酸锂晶体，研究总结出了最佳生长工艺参数。

Fe : Stoichimetric Lithium Niobate single crystals with varied Fe concentration were grown by the Czochralski method under the assistance of K2CO3 flux , and the as-growth crystals have no macroscopic defects and have a perfect optical homogeneity .

用助熔剂缓冷法培养出化学计量比的发光单晶体Na5HO（WO4）4。

A novel luminescent crystal of Na_5Ho ( WO_4 ) _4 is grown from stoichiometric melts by flux method .

用助熔剂高温固相法SrY2S4∶Eu~（2+）的最佳合成条件同样需要1300℃反应8小时。

The appropriate firing temperature for SrY_2S_4 : Eu ~ ( 2 + ) obtained from a flux-aided solid-state reaction must be 1300 ° C for 8 h too .

本文报道了应用助熔剂缓冷法，在Bi-Sb-Sr-Ca-Cu-O体系中培养出黄色透明单晶体。

The yellow transparent novel single crystals were grown by flux method in Bi-Sb-Sr-Ca-Cu-O System .

外加热及助熔剂熔样法测定含水矿物的D/H比值

Determination of d / h values of oh-bearing minerals by the sample melting method of external heating and flux