Experimental device for surveying influence of additional external field to complex small crystal growth

Abstract

The invention relates to an experimental facility for reviewing influence of an additional outer field on growth of small crystals of complexes, which belongs to the field of single-crystal growth. During the process of a synthesis experiment of the small crystals of the complexes, discovery of valuable material seedlings is the most expectant, and the valuable material seedlings are rarely discovered. The experimental facility aims to improve the related research efficiency. The experimental facility comprises a discoidal water tank and a cover plate, wherein a water inlet joint and a water outlet joint are arranged on the side wall of the discoidal water tank and communicated with the inside of the discoidal water tank; and the cover plate is provided with a plurality of holes and is a movable cover plate. The key points of the proposal are as follows: the holes are closed ended concave pot holes, and inner cavities of the concave pot holes are cylindrical; and permanent magnets are arranged at the bottoms of the concave pot holes. The invention establishes a practical mechanism capable of performing magnetic field interference on the reaction process, and uses the practical mechanism to guide and reinforce reaction tendency and crystallization orientation which accord with research targets of corresponding synthesis experiments.

Description

technical field [0001] The invention relates to an experimental device for investigating the influence of an additional external field on the growth of small complex crystals, belonging to the field of C30B single crystal growth. Background technique [0002] The research work on the synthesis, exploration, structural analysis and application evaluation of small complex crystals has dual meanings. On the one hand, it helps to further explore the relevant scientific laws. On the other hand, some new functional crystals with potential application prospects Materials are also expected to be revealed in the process. [0003] The first thing to do in this type of research is to probe the synthesis conditions of new crystals, of which solvent evaporation at or near room temperature is usually prioritized because of its mildness. [0004] Because there are many conditional factors that may affect the growth rate and crystal quality of small crystals of complexes, screening synthes...

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Problems solved by technology

[0006] During the time-consuming and labor-intensive exploration process described above, the most exciting thing is to accidentally discover seedlings of complex crystal materials with potential value in electricity, light, sound, and magnetism. However, the designer of this case noticed that the actual On the other hand, the chances of discovering potentially valuable complex crystal material seedlings are rare and rare, just like searching for needles in the deep sea

The reason is that the experimental methods adopted by general scientific research laboratories in the above-mentioned synthetic exploration process are too extensive, and there is no introduction to help cultivate seedlings of complex crystal materials with potential value in electricity, light, sound, magnetism, etc. Additional auxiliary guidance factors, which make the search for target crystals inefficient

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