Poster Presentation
NameSchool

Poster Title

P-1

Ai ItoToyama Chubu Senior High School

The morphology of NaCl type crystals controlled by shifts in theionization equilibrium of habit modiﬁers at various pH levels

P-2

Ryutaro Tanaka

Toyama Chubu Senior High School

Dye-sensitized solar cells using anthocyanins included in the
new leaves of Japanese Photinia

P-3

Kodai Hosokawa

Toyama Chubu Senior High School

Research on silver colloids formed the aqueous solution contained
polymers with cellulose structure by irradiation with blue lightP-4

Maya Shimizu

Toyama Chubu Senior High SchoolStructural color produced on brass surface soaked in Fehling'ssolution

P-5

Masaki Kobayashi

Kanazawa Institute of Technology

PN-Body Tied SOI-FETを用いたニューラルエンコーダの提案

P-6

Hirota Yoshiki

University of Toyama

リボザイムの実験進化から創発した遺伝情報・機能分離型RNAの発生要因の探求

P-7

Kosei Yoshikawa

University of Toyama

DNA切断型に人工進化させたグループⅠRNA酵素の機能構造解析

P-8

Kaname Hirai

Kanazawa University

リレンジイミドを基盤とした新規らせん型有機半導体の合成と応用

P-9

Ryo Horiuchi

University of Toyama

液滴マイクロ流体システムを用いた蛍光性RNA Pepperの実験進化

P-10

Shino Aburaya

University of Toyama

緑色蛍光タンパク質GFPを模倣した蛍光RNAアプタマーの機能構造相関の解析と機能向上変異体の創成

P-11

Akram Usman

ENG Toyama Prefectural University

Accuracy Assessment in Steady-State Thermal Contact Resistance
Measurement Considering Heat Loss

P-12

Ryusei Ri

ENG Kanazawa Institute of Technology

Analysis of Hysteresis Phenomena in 200 nm SOI MOSFETs at
Cryogenic Temperatures

P-13

Takumi Shoji

ENG Kanazawa University

Doping of 1,1-dicyano-2,2-bis(methylthio)ethylene in ZnO to improve photoresponce of organic solar cells and photodetectors under UV-cut light irradiation

P-14

Hiroyoshi
Matsushita

ENG Kanazawa Institute of Technology

Minimizing Hysteresis and Preventing Latch-up in PN-Body Tied
SOI-FET Diodes

P-15Rina Fujimori

University of Toyama

蛍光RNAアプタマーを組み込んだRNAナノ集積構造体の構築と集積依存的な機能発現

P-16

Hiroki Matsui

Kanazawa University

自己組織化単分子膜による酸化亜鉛の抵抗変化電圧の制御と高抵抗状態電流の低減

P-17

Kaede Ando

University of ToyamaGroupⅠリボザイムのin droplet実験進化系の構築とリボザイム単量体および多量体の実験進化

P-18

Sou Kamiya

University of Toyama

Exciplex Upconversion-type Green OLEDsにおけるアップコンバージョン層の探索

P-19

Yuu Maekawa
ड़ਐஏ

L IXWDED

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P-20
P-21

ψʖ कແ໑൭ฦࢌ

ENG 英語発表

No.

P-22

Exciplex Upconversion-type OLEDsにおけるUniversity of Toyama๼քಕ
塗布型アップコンバージョン層の濃度依存性
Exciplex upconversion 型有機 EL へのड़ਐ୉ָࡵຊࢤཱི୉ָυδ΢ϱָ෨੣඾υδ΢ϱαʖη
Amon Mizuno
University of Toyama
強アクセプタ性正孔注入層の挿入と膜厚依存性ॶ଒υδ΢ϱຌ෨φϧϱηϓΧʖϟʖεϥϱυδ΢ϱιϱνʖAkihiro Konishi ENG Kanazawa University
カーボンナノチューブ電極を用いた有機太陽電池
ϕϫζΥέφυδ΢ϱ෨Reducing Short-Circuit current of CMOS Invertercircuitsࢴ͹) X W X Uwith
H &UDIW
೘ऀ೧࣏ENG೧ౕ
ʤ೘ऀ೧໪ʥ
Kazuki Nakahashi
Kanazawa Instituteof Technology
PN-Body Tied SOI-FETJapan Advanced Institute ofScience and Technologyາཔ͹ʰ‫غ‬ଶʱΝ஺ೣͶ૓ΕͯͰ͜

VBAMS: A Vision-Based Internal Sensing Method for ShapeEstimation of Pneumatic Rubber Artiﬁcial Muscles

P-23

Taichi Tamura

ENGP-24

Naoya Tanaka৿‫و‬ϑζϋη૓ड़P-25

Ryosuke Kobayashi

Kanazawa Institute of Technology極低温下におけるSOI-MOSFETの評価

P-26

Kosuke Hatta

Kanazawa Institute of Technology

極低温環境下におけるSOI MOSFETの自己加熱効果

P-27

Hikaru Nagahama

University of Toyama

変位電流測定法によるエキサイプレックスアップコンバージョン型有機ELデバイスの特性評価

P-28

Ryo Murakami

National Institute of Technology,
Toyama College

癌細胞群画像に基づく生死判定学習モデルの構築とその精度の検証

P-29

Sei Mashiko

National Institute of Technology,
Toyama College

高感度車載式ガス検知器の小型化

ENG Kanazawa University‫׈ڂݜ‬ಊ

Investigation of Degradation Mechanism of Y6-Based Organic SolarCells and TheirӋந఼ًͲ͹ஏ‫ځ‬າཔ୵ࡩ൅૟๑֋൅
Utilization in Near-Infrared Photodetectionࢤ৖௒ࠬɼαϱιϕφཱིҌɼϕϫφν΢ϒϱήࢩԋϥϱ‫ة‬ժɼఴࣖճਬ਒৿྘ҮψϪρζ൅৶ Ӌந3-ɼ‫ڧ؂‬3ϑζϣΠϧ΢θɼϭʖέεϥρϕߑ஛௒ࠬʛΠ΢υΠ૓ड़ʛϏρίʖζԿ