Rchr

J-GLOBAL ID：201901020701597687 Update date: Feb. 01, 2024

Katagiri Chiho

Katagiri Chiho

Research field (2)： Functional solid-state chemistry , Organic functional materials

Research theme for competitive and other funds (2)：

2020 - 2022 過渡電流法と非線形分光を組み合わせた新規計測技術による有機デバイスの電荷挙動解明
2017 - 2019 CELIV解析による有機系太陽電池の電荷輸送メカニズムの解明および性能向上

Papers (8)：

Chiho Katagiri, Takayuki Miyamae, Hao Li, Fangyuan Yang, Steven Baldelli. Direct imaging of electric field behavior in 2,7-diphenyl[1]benzothieno[3,2-b][1]benzothiophene organic field-effect transistors by sum-frequency generation imaging microscopy. Physical Chemistry Chemical Physics. 2021. 23. 8. 4944-4950
Chiho Katagiri, Kouki Akaike, Takayuki Miyamae. Relationship between the surface structure of the gate insulator and the performance of organic thin-film transistors. Organic Electronics. 2020. 86. 105928-105928
Katagiri Chiho, Yoshida Tsukasa, White Matthew Schuette, Yumusak Cigdem, Sariciftci Niyazi Serdar, Nakayama Ken-ichi. Application of MIS-CELIV technique to measure hole mobility of hole-transport material for organic light-emitting diodes. AIP ADVANCES. 2018. 8. 10
Keitaro Yamada, Yoshimi Suwa, Chiho Katagiri, Ken-ichi Nakayama. High vertical carrier mobility in the nanofiber films of a phthalocyanine derivative and its application to vertical-type transistors. Organic Electronics: physics, materials, applications. 2018. 53. 320-324
Chiho Katagiri, Ken-Ichi Nakayama. Effect of built-in potential on charge carrier mobility evaluated from extraction current transients in poly(3-hexylthiophene) thin film. Applied Physics Express. 2018. 11. 1

ｍore...

MISC (1)：

KATAGIRI Chiho, NAKAYAMA Ken-ichi. Vertical mobility measurement in organic semiconductor thin films by using Dark CELIV method. IEICE technical report. Electron devices. 2014. 114. 12. 27-30

Work history (1)：

2019/04 - 現在 National Institute of Advanced Industrial Science and Technology Nanomaterials Research Institutes Postdoctoral Researcher

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