Symposium 5：Application of Materials Genome Engineering Technologies

• 5-1. Materials with heterogeneous microstructures: an overview of modelling approaches across the... 2019.03.20
• 5-2. ICME development of carbon fiber composites for lightweight vehicles 2019.03.20
• 5-3. Advances in spatial resolution, temporal and contrast resolutions of neutron imaging at the ... 2019.03.20
• 5-4. Multichannel evaluation of irradiation effects on nuclear materials 2019.03.20
• 5-5. Materials research in dresden: disruptive innovation by new materials 2019.03.20
• 5-6. High throughput evaluation and prediction for service behavior of key nuclear materials 2019.03.20
• 5-7. High throughput fabrication of Si-B-(C, N) coating by CVD method & its composition and prope... 2019.03.20
• 5-9. Creation of new liquid metal materials: frontiers of science, technology and industry therein 2019.03.20
• 5-10. Alloy design and optimization of multicomponent Co-based superalloys based on ICME method 2019.03.20
• 5-11. Application of MGI in the development of cladding materials for ATF from multiscale calcula... 2019.03.20
• 5-12. Modeling and design of multicomponet materials 2019.03.20
• 5-13. Using materials genome method in the design, preparation and characterization of advanced M... 2019.03.20
• 5-14. The illumination of TRIZ innovative method to the high-throughput experimentation of materials 2019.03.20
• 5-15. Development of functional materials of liquid metal by using “materials genome engineering... 2019.03.20
• 5-16. Understanding the effects of charge transfer on the lithium ion diffusion in solid-state el... 2019.03.20
• 5-17. The intrinsic mechanism of the defect states in the metal oxides 2019.03.20
• 5-18. Materials genome based on hierarchical microstructures 2019.03.20
• 5-19. Digital intelligent manufacturing system of special steel for automobile based on material ... 2019.03.20
• 5-20. High-strength titanium alloy design through pseudo-spinodal mechanism and high-throughput e... 2019.03.20
• 5-21. Compositional strategy of biodegradable zinc alloys for coronary stents 2019.03.20
• 5-22. The research progresses of high-throughput design-fabrication-characterization of nuclear f... 2019.03.20
• 5-23. Nuclear fuel cladding performance assessment through materials genome engineering 2019.03.20
• 5-24. The investigation of preparation and performance of FeCrAl alloy: application of materials ... 2019.03.20
• 5-25. Investigation the electronic property of two dimensional semiconductors by scanning probe t... 2019.03.20
• 5-26. Fe-, Ni-, Co-, Ti- based continuous gradient alloy prepared by selective laser melting 2019.03.20