General principles of the synthesis of chalcogenides and pnictides in salt melts using a steady-state temperature gradient

Chareev D. A.

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General principles of the synthesis of chalcogenides and pnictides in salt melts using a steady-state temperature gradient

机译：使用稳态温度梯度在盐熔体中合成硫属元素化物和肽化物的一般原理

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The possibilities of growing crystals of metals, alloys, chalcogenides, and pnictides in halide melts using a steady-state temperature gradient are analyzed. Halides of alkali metals and aluminum can be used as transport media. The choice is determined by the melting temperature of salt mixtures. A conducting contour can also be applied to increase transport efficiency. This technique of crystal growth is similar to the electrochemical method. To eliminate interference during migration, some elements can be isolated and forced to migrate through independent channels to the crystal formation region. The technique considered here makes it possible to grow crystals of necessary quality without special equipment; the small crystal sizes are sufficient for laboratory study.

机译：分析了使用稳态温度梯度在卤化物熔体中生长金属，合金，硫族化物和磷化物晶体的可能性。碱金属和铝的卤化物可用作传输介质。该选择取决于盐混合物的熔融温度。还可采用导电轮廓来提高运输效率。这种晶体生长技术类似于电化学方法。为了消除迁移过程中的干扰，可以隔离某些元素，并迫使它们通过独立的通道迁移到晶体形成区域。这里考虑的技术可以在没有特殊设备的情况下生长出必要质量的晶体。小晶体尺寸足以用于实验室研究。

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《Crystallography reports》 |2016年第3期|共6页
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Chareev D. A.;
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中图分类晶体学;
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1. General principles of the synthesis of chalcogenides and pnictides in salt melts using a steady-state temperature gradient [J] . Chareev D. A. Crystallography reports . 2016,第3期

机译：使用稳态温度梯度在盐熔体中合成硫属元素化物和肽化物的一般原理
2. The Synthesis of Crystals of Chalcogenides of K, Zr, Hf, Hg, and Some Other Elements in Halide Melts under Conditions of Stationary Temperature Gradient [J] . Chareev D. A., Volkova O. S., Geringer N. V., Crystallography reports . 2019,第6期

机译：在稳定温度梯度条件下，卤化物硫化物硫化物晶体的晶体晶体的合成
3. Low temperature salt melt synthesis, thermal and optical studies of AZrO(3):Eu3+,Tb3+ perovskite phosphors [J] . Katyayan Shambhavi, Agrawal Sadhana Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic . 2020,第期

机译：低温盐熔融合成，含氮和光学研究（3）：EU3 +，TB3 +钙钙矿磷光体
4. Correlation of T_c and coefficient of T~2 resistivity term of Fe-based pnictide chalcogenide superconductors [C] . P. B. Castro, J. L. Ferreira, M. B. Silva Neto, International Conference on Low Temperature Physics . 2017

机译：T_C基于Fe的Pnictide＆Chalcogenide超导体T_C电阻率术语的相关性的相关性
5. Solution-phase synthesis of metal chalcogenide nanocrystals at low temperatures using dialkyl dichalcogenide precursors. [D] . Franzman, Matthew A. 2010

机译：使用二烷基二卤化氢前体在低温下液相固溶金属硫属元素化物纳米晶体。
6. Superconductivity and magnetism in 11-structure iron chalcogenides in relation to the iron pnictides [O] . David Joseph Singh 2012

机译：11结构硫属硫化物与铁素化物的超导性和磁性
7. Power Law Like Correlation between Condensation Energy and Superconducting Transition Temperatures in Iron Pnictide/Chalcogenide Superconductors: Beyond the BCS Understanding [O] . Xing, Jie, Li, Sheng, Zeng, Bin, 2014

机译：功率定律与凝结能量和凝聚能的相关性铁磷酸盐/硫属元素化物中的超导转变温度超导体：超越BCs理解

General principles of the synthesis of chalcogenides and pnictides in salt melts using a steady-state temperature gradient

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