Virtual simulation system based on SFX synthesis experiment

Abstract

The invention discloses a virtual simulation system based on an SFX synthesis experiment. The virtual simulation system comprises an experiment module and a function module; and the experiment module comprises two experiments: preparing SFX by a one-pot method and preparing SFX by a micro flow reactor, wherein each of the two experiments comprises an experiment operation integration module in teaching, practice and examination modes, and the SFX is prepared by combining different experiment unit operation simulation. 3Dsmax is used as a three-dimensional modeling tool, Unity 3D and a ten-thousand-dimensional engine are used as a development platform, and functional text instructions are edited through Excel, so that development of a virtual simulation experiment system is realized. The virtual simulation system based on the SFX (spirofluorene xanthene) synthesis experiment can vividly reflect the experiment process of preparing the SFX, the vivid and vivid trained experience of field experiment teaching is effectively expanded and extended, students can more easily understand and master professional knowledge of scientific experiments, and the teaching quality can be greatly improved.

Description

technical field [0001] The invention relates to a virtual simulation system based on SFX (spirofluorene xanthene) synthesis experiment, belonging to the technical field of photoelectric materials. Background technique [0002] As a spiro aromatic compound, SFX (spirofluorene xanthene) has a unique cross-shaped conformation, orthogonally arranged fluorene and xanthene groups, independent electronic properties, frontier molecular orbital separation, bipolar characteristics, etc., can Optimize molecular structure, improve solubility and device stability, reduce electronic coupling and charge recombination. In addition, due to the presence of oxygen heteroatoms, SFX has multiple active sites and is easy to modify. Due to the excellent transport properties of SFX derivatives, the hole and electron densities in the emissive layer can be effectively balanced. SFX has become a general molecular framework applied in the field of organic electronics and is widely used in a series of...

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Problems solved by technology

[0003] However, there are many risk factors in the chemical experiment process. The materials required for chemical reactions are often dangerous substances, and the experimental operation process is also accompanied by many dangers. At the same time, serious environmental pollution, high experimental costs, and long experimental cycles limit scientific experiments. On the other hand, with the increase of enrollment scale, many engineering colleges and universities are facing problems such as crowded teaching places and obvious shortage of professional experimental equipment.

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