[S2] New Materials Science On Nanoscale Structures and Functions of Crystal Defect Cores, I(1) | 日本金属学会2020年秋期(第167回)講演大会

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Session Details

公募シンポジウム講演

[S2]New Materials Science On Nanoscale Structures and Functions of Crystal Defect Cores, I(1)

Thu. Sep 17, 2020 9:00 AM - 12:00 PM JST
Thu. Sep 17, 2020 12:00 AM - 3:00 AM UTC

Rm. B ZoomRm.B

Chair: Sub Chairman (assistant):Ken Niwa(Nagoya University)

※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、基調講演と村上記念賞受賞講演は5～10分）

9:00 AM - 9:15 AM JST(12:00 AM - 12:15 AM UTC)

[S2.1]Toward New Materials Science Based on Nanostructures and Functions of
Crystal Defect Cores

*Katsuyuki MATSUNAGA^1,2 (1. Nagoya Univ., 2. JFCC NSRL)

9:15 AM - 9:30 AM JST(12:15 AM - 12:30 AM UTC)

[S2.2]Prediction of electron density of states of metal nanoclusters using machine learning

*Kiyou Shibata¹, Teruyasu Mizoguchi¹ (1. Institute of Industrial Science, University of Tokyo)

9:30 AM - 9:50 AM JST(12:30 AM - 12:50 AM UTC)

[S2.3]Fabrication and Operating Mechanism of Deep UV Transparent Semiconducting
SrSnO3 based Thin Film Transistor

*Lizhikun Gong¹, Mian Wei¹, Dou-dou Liang^2,3, Hai　Jun Cho³, Hiromichi Ohta³ (1. IST, Hokkaido Univ., 2. USTB, 3. RIES, Hokkaido Univ.)

9:50 AM - 10:05 AM JST(12:50 AM - 1:05 AM UTC)

[S2.4]Frequency-modulation atomic force microscopy observation of redox reaction of lead-acid battery negative electrode

*Toshiya AKATSU¹, Yuki IMAMURA¹, Daiki KATSUBE¹, Akinori KOGURE², Nobumitsu HIRAI³, Munehiro KIMURA¹ (1. Nagaoka Univ. of Technology, 2. Shimadzu Techno-Research, Inc., 3. National Institute of Technology, Suzuka College)

10:05 AM - 10:20 AM JST(1:05 AM - 1:20 AM UTC)

[S2.5]Examination of Fabrication Methods for in-situ TEM Mechanical Testing

*Minjian CAO¹, Eita TOCHIGI^1,2, Takaaki SATO³, Naoya SHIBATA^1,4, Hiroyuki FUJITA⁵, Yuichi IKUHARA^1,4,6 (1. Tokyo Univ., 2. PRESTO, 3. Pennsylvania Univ., 4. JFCC, 5. Tokyo City Univ., 6. Kyoto Univ. ESISM)

10:20 AM - 10:40 AM JST(1:20 AM - 1:40 AM UTC)

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10:40 AM - 11:20 AM JST(1:40 AM - 2:20 AM UTC)

日本金属学会2020年秋期(第167回)講演大会

Session Details

[S2]New Materials Science On Nanoscale Structures and Functions of Crystal Defect Cores, I(1)

[S2.1]Toward New Materials Science Based on Nanostructures and Functions of
Crystal Defect Cores

[S2.2]Prediction of electron density of states of metal nanoclusters using machine learning

[S2.3]Fabrication and Operating Mechanism of Deep UV Transparent Semiconducting
SrSnO3 based Thin Film Transistor

[S2.4]Frequency-modulation atomic force microscopy observation of redox reaction of lead-acid battery negative electrode

[S2.5]Examination of Fabrication Methods for in-situ TEM Mechanical Testing

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[S2.6][Keynote Lecture] The role of crystal defect cores on ionic conductivity in YSZ studied by atomic-resolution STEM

[S2.7]Machine Learning of ELNES for the Analysis of Nanoscale Structures

[S2.8]Local Environments of Trace Elements on Surface of Hydroxyapatite Soaked in Aqueous Solutions

Session Details

[S2]New Materials Science On Nanoscale Structures and Functions of Crystal Defect Cores, I(1)

[S2.1]Toward New Materials Science Based on Nanostructures and Functions of Crystal Defect Cores

[S2.2]Prediction of electron density of states of metal nanoclusters using machine learning

[S2.3]Fabrication and Operating Mechanism of Deep UV Transparent Semiconducting SrSnO3 based Thin Film Transistor

[S2.4]Frequency-modulation atomic force microscopy observation of redox reaction of lead-acid battery negative electrode

[S2.5]Examination of Fabrication Methods for in-situ TEM Mechanical Testing

break

[S2.6][Keynote Lecture] The role of crystal defect cores on ionic conductivity in YSZ studied by atomic-resolution STEM

[S2.7]Machine Learning of ELNES for the Analysis of Nanoscale Structures

[S2.8]Local Environments of Trace Elements on Surface of Hydroxyapatite Soaked in Aqueous Solutions

[S2.1]Toward New Materials Science Based on Nanostructures and Functions of
Crystal Defect Cores

[S2.3]Fabrication and Operating Mechanism of Deep UV Transparent Semiconducting
SrSnO3 based Thin Film Transistor