Symposium 5：Application of Materials Genome Engineering Technologies

• S7-01 Intelligent design of cemented carbides and hard coatings 2022.01.04
• S7-02 High throughput investigation into Sb2Te3-Sb2Se3 phase-change materials 2022.01.04
• S7-03 Based on Material Genome Approach-Theoretical Design and Experimental Investigation towards... 2022.01.04
• S7-04 The preparation and characterization of two-dimensional materials 2022.01.04
• S7-05 Study the interfacial friction properties of two-dimensional materials via high-throughput ... 2022.01.04
• S7-06 A new technology for high throughput preparation of large-scale bulk materials—screw gradi... 2022.01.04
• S7-07 Material genetic engineering of PEDOT for synthesis, properties and applications and its ne... 2022.01.04
• S7-08 Toward Stable Lead Halide Perovskite Solar Cells: A Knob on the A/X Sites Components 2022.01.04
• S7-09 Design and development of UO2-Mo composite pellets for accident tolerant fuel by material g... 2022.01.04
• S7-10 Combination material parallel synthesis and screening for resistance gas sensor 2022.01.04
• S7-11 matExplorer: Visual Exploration on Predicting Ionic Conductivity for Solid-state Electrolytes 2022.01.04
• S7-12 High throughput synthesis of 2D Materials 2022.01.04
• S7-13 Towards design of nickel-based superalloys through high-throughput experimental and high-ef... 2022.01.04
• S7-14 Thermal-triggered Flame-retardant separator for Lithium-ion Batteries 2022.01.04
• S7-15 The design and properties of uranium-based high entropy alloys 2022.01.04
• S7-17 High-throughput experimental screening of oxide semiconductor materials 2022.01.04