Squeezing Magnesium Alloy Design Assistant
The R&D team of Caihui has provided a new method for the development of new materials by combining their self-developed algorithm model with unique material big data, greatly improving the efficiency of material research and development.
・ Intelligent search for material data, performance prediction, and reverse engineering
・ Effectively improving the predictive ability and interpretability of machine learning models by integrating knowledge in the field of materials into data structures
Micro beam white light Laue diffraction software platform
Micro beam white light Laue diffraction technology is a powerful means to obtain local microstructure information of materials, with a spatial resolution of up to submicron. It has unique advantages that cannot be compared to conventional diffraction and micro beam monochromatic light diffraction. Important local microstructures such as crystal structure, defect structure, grain orientation distribution, grain boundaries, dislocation distribution, elastic and plastic strain, and their dynamic evolution over time can be obtained from the samples. Micro beam white light Laue diffraction has the advantages of high flux, fast data acquisition, and high spatial resolution, making it particularly suitable for conducting various in-situ experimental studies.
The R&D team of Caihui has designed a user-friendly software system that integrates control and data analysis for the micro beam white light diffraction experimental line station under construction at Shanghai Synchrotron Radiation Light Source. The software system includes control programs for various components of the beam line, data acquisition and processing programs, etc.
・ A software for controlling the entire process of white light diffraction experiments
・ The complete data analysis software analyzes the obtained Laue diffraction data
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