〇Mitsuru Imaizumi¹, Yasuki Okuno², Tamotsu Okamoto³, Yasuhito Gotoh⁴, Masafumi Akiyoshi⁵, Tomohiro Kobayashi⁶ (1.JAXA, 2.JAEA, 3.NIT, Kisarazu Coll., 4.Kyoto Univ., 5.Osaka Pref. Univ., 6.RIKEN)

Sessions

Symposium » Development of multinary compounds based on engineering for diverse stable phases -Future Materials Exploring Initiative ~Future of Environment and Energy Materials~ -

[12a-A301-1~5] Development of multinary compounds based on engineering for diverse stable phases -Future Materials Exploring Initiative ~Future of Environment and Energy Materials~ -

[12a-A301-1] Introduction

[12a-A301-2] High-throughput discovery of materials using AI and robots

[12a-A301-3] Current status and prospects of new multi-component material: High-entropy alloys

[12a-A301-4] Phase-controlled epitaxy of ultra-wide bandgap semiconductor Ga₂O₃

[12a-A301-5] Thermal Stability of Diverse Stable Phases: (Al_xGa_1-x)₂O₃ as an Example

[12p-A301-1~9] Development of multinary compounds based on engineering for diverse stable phases -Future Materials Exploring Initiative ~Future of Environment and Energy Materials~ -

[12p-A301-1] Non-equilibrium Synthesis for High-entropy Solid-solution Nano-alloys

[12p-A301-2] Present and Future of Complex Oxide and Nitride Phosphors

[12p-A301-3] Synthesis and characteristics of RE₃GaO₆ (RE: rare earth) oxide ion conductors found by materials informatics

[12p-A301-4] Information extraction from magnetic domain structure by machine learning: Designing of pseudo-free-energy for exploring diverse stable phases

[12p-A301-5] Development of high-performance thermoelectric materials in multinary systems

[12p-A301-6] Study on compound solar cells based on phase equilibria – phosphides as an example

[12p-A301-7] Kesterite CZTS semiconductors as multinary compounds

[12p-A301-8] Research trend for Pb-free perovskite solar cells

[12p-A301-9] Dosimetry System with a Compound Solar Cell for Harsh Radiation Environment

Authentication