Symposium 5：Application of Materials Genome Engineering Technologies

• High-throughput preparation technology and application of discontinuously reinforced metal-matrix... 2023.02.17
• Design of biodegradable magnesium alloys for vascular stent and the multi-objective optimization... 2023.02.17
• Integrated Calculation for Physical Properties of Materials at Extremes 2023.02.17
• Application of Material Genome Approaches in Titanium Alloy Development 2023.02.17
• Data-driven design of Sm-Co based permanent magnets dominated by metastable phases 2023.02.17
• Data-driven development of high-voltage LiCo02 cathode materials 2023.02.17
• High throughput synthesis of 2D Materials 2023.02.17
• The Research of Bone Repair Materials Based on Material Genome Engineering Technology 2023.02.17
• High-throughput experiments accelerate the development of emerging photovoltaic technologies 2023.02.17
• An Integration Platform of High-Throughput Preparation, Ultrafast Heat Treatment and Multi-Chann... 2023.02.17
• Some Recent ICME Development of Fiber Composites 2023.02.17
• Machine Learning Methods with Domain Knowledge Accelerate the Development of Perovskite Solar Cells 2023.02.17
• Tumor Suppressive/Tissue Regenerative Material Screening and Fabrication Based on High-throughput... 2023.02.17
• Development of High Performance Entropic Alloys by using Materials-Genome Technologies 2023.02.17
• Machine Learning for Electrolyte Multi-Parameter Mapping 2023.02.17
• Zentropy theory and its application in Materials Genome Innovation 2023.02.17