[S8] New Materials Science on Nanoscale Structures and Functions of Crystal Defect Cores, V（1） | 日本金属学会2024年秋期(第175回)講演大会

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Session Details

公募シンポジウム講演

[S8]New Materials Science on Nanoscale Structures and Functions of Crystal Defect Cores, V（1）

Wed. Sep 18, 2024 1:00 PM - 4:40 PM JST
Wed. Sep 18, 2024 4:00 AM - 7:40 AM UTC

Room F B118 1st floor Building B Center for Education in Liberal Arts and Sciences

座長:清原慎(東北大学)、FENG Bin(東京大学)

※表示の講演時間には質疑応答時間も含みます。
（質疑応答時間5分、基調講演と招待講演は5～10分）

1:00 PM - 1:40 PM JST(4:00 AM - 4:40 AM UTC)

[S8.5][Keynote Lecture] High speed atomic-resolution STEM imaging for in-situ observations

*Ryo ISHIKAWA¹ (1. The University of Tokyo)

1:40 PM - 1:55 PM JST(4:40 AM - 4:55 AM UTC)

[S8.6]In situ biasing DPC STEM observation of electric field in a p-n junction depletion layer

*Yoshifumi KOJIMA¹, Satoko Toyama¹, Takehito Seki^1,2, Yuichi Ikuhara^1,3, Naoya Shibata^1,3 (1. UTokyo, 2. JST PRESTO, 3. JFCC)

1:55 PM - 2:10 PM JST(4:55 AM - 5:10 AM UTC)

[S8.7]Interface Control of unmodified-LiCoO₂/Li₁₀GeP₂S_12-xO_x Cathode Composite for All Solid-State Batteries

*Yuqi Wang¹, Satoshi Oshima, Kenta Watanabe¹, Naoki Matsui², Kota Suzuki², Ryoji Kanno², Masaaki Hirayama^1,2 (1. School of Materials and Chemical Technology, Tokyo Institute of Technology, 2. Institute of Innovative Research, Tokyo Institute of Technology)

2:10 PM - 2:25 PM JST(5:10 AM - 5:25 AM UTC)

[S8.8]Tip-enhanced Raman spectroscopy study on rutile TiO₂(110)–(1×2) surface

*Kyungmin KIM^1,2, Daiki KATSUBE³, Youngwook PARK², Martin WOLF², Masayuki ABE¹, Akitoshi SHIOTARI² (1. Osaka University, 2. Fritz Haber Institute, 3. Japan Fine Ceramics Center)

2:25 PM - 2:40 PM JST(5:25 AM - 5:40 AM UTC)

[S8.9]Study of photostability of gold nanoparticles supported on photocatalytic TiO₂ using atomic force microscopy

*Ryoutarou Tani¹, Hayato Yamashita¹, Masayuki Abe¹ (1. Grad. Sch. Eng. Sci., Osaka Univ.)

2:40 PM - 3:00 PM JST(5:40 AM - 6:00 AM UTC)

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3:00 PM - 3:30 PM JST(6:00 AM - 6:30 AM UTC)

[S8.10]Development of methods for prediction and analysis of structure and properties of lattice defects using materials informatics

*Shin Kiyohara¹ (1. Institute of Materials Research, Tohoku University)

3:30 PM - 3:45 PM JST(6:30 AM - 6:45 AM UTC)

日本金属学会2024年秋期(第175回)講演大会

Session Details

[S8]New Materials Science on Nanoscale Structures and Functions of Crystal Defect Cores, V（1）

[S8.5][Keynote Lecture] High speed atomic-resolution STEM imaging for in-situ observations

[S8.6]In situ biasing DPC STEM observation of electric field in a p-n junction depletion layer

[S8.7]Interface Control of unmodified-LiCoO₂/Li₁₀GeP₂S_12-xO_x Cathode Composite for All Solid-State Batteries

[S8.8]Tip-enhanced Raman spectroscopy study on rutile TiO₂(110)–(1×2) surface

[S8.9]Study of photostability of gold nanoparticles supported on photocatalytic TiO₂ using atomic force microscopy

break

[S8.10]Development of methods for prediction and analysis of structure and properties of lattice defects using materials informatics

[S8.11]Exploration of Crystal Structure of CuGaI₄ via First-Principles Calculations of Prototype Structures

[S8.12]Stochastic self-consistent harmonic approximation using polynomial machine learning potentials

[S8.13]Machine-learning interatomic potential for predicting atomic structure of grain boundary segregation in α-Al₂O₃

[S8.14]Chemically-Relevant Composition Predictions with Embedding Vector Techniques in Pseudo-Ternary Oxides

Session Details

[S8]New Materials Science on Nanoscale Structures and Functions of Crystal Defect Cores, V（1）

[S8.5][Keynote Lecture] High speed atomic-resolution STEM imaging for in-situ observations

[S8.6]In situ biasing DPC STEM observation of electric field in a p-n junction depletion layer

[S8.7]Interface Control of unmodified-LiCoO2/Li10GeP2S12-xOx Cathode Composite for All Solid-State Batteries

[S8.8]Tip-enhanced Raman spectroscopy study on rutile TiO2(110)–(1×2) surface

[S8.9]Study of photostability of gold nanoparticles supported on photocatalytic TiO2 using atomic force microscopy

break

[S8.10]Development of methods for prediction and analysis of structure and properties of lattice defects using materials informatics

[S8.11]Exploration of Crystal Structure of CuGaI4 via First-Principles Calculations of Prototype Structures

[S8.12]Stochastic self-consistent harmonic approximation using polynomial machine learning potentials

[S8.13]Machine-learning interatomic potential for predicting atomic structure of grain boundary segregation in α-Al2O3

[S8.14]Chemically-Relevant Composition Predictions with Embedding Vector Techniques in Pseudo-Ternary Oxides

[S8.7]Interface Control of unmodified-LiCoO₂/Li₁₀GeP₂S_12-xO_x Cathode Composite for All Solid-State Batteries

[S8.8]Tip-enhanced Raman spectroscopy study on rutile TiO₂(110)–(1×2) surface

[S8.9]Study of photostability of gold nanoparticles supported on photocatalytic TiO₂ using atomic force microscopy

[S8.11]Exploration of Crystal Structure of CuGaI₄ via First-Principles Calculations of Prototype Structures

[S8.13]Machine-learning interatomic potential for predicting atomic structure of grain boundary segregation in α-Al₂O₃