[20p-A302-1]Compact Immunoassay System Using Microfluidic Technology
〇Yuki Akasaka1, Akinori Shirai1, Kazuyo Yoshida1, Shun Nakamoto1, Koki Hoshikawa1, Shunsuka Hazama1, Kazuyoshi Horii1(1.Sysmex Corporation)
The 83rd JSAP Autumn Meeting 2022
Sep 20 - Oct 17, 2022Kawauchi-Kita Campus, Tohoku University
You can search for presentations in this event.
Search
The 83rd JSAP Autumn Meeting 2022
Sep 20 - Oct 17, 2022Kawauchi-Kita Campus, Tohoku University
You can search for presentations in this event.
SearchSearch Results(3,628)
[20p-A302-2]Electrochemical Reservoir Devices based on Oxidation/reduction of Gold
〇Shuto Watanabe1, Takumi Fukuoka2, Ryo Yamada1, Hirokazu Tada1(1.Osaka Univ. Graduate School of Engineering Science, 2.Osaka Univ. School of Engineering Science)
[20p-A302-3]Evaluation of sub-nanometric plant growth activities under far-red illumination using Statistical Interferometry Technique (SIT)
〇Kai Yabuki1, Akihisa Yamaguchi1, Hirofumi Kadono1(1.Saitama Univ.)
[20p-A302-4]Imaging with femtosecond-laser-driven two-dimensional light sources on water film
〇Kota Kumagai1, Hsinhui Huang2, Koji Hatanaka2, Yoshio Hayasaki1(1.Utsunomiya Univ., 2.Academia Sinica)
[20p-A302-5]Measurement of Frequency Response of Viola using a V-shaped Pendulum
〇Akihiro Matsutani1(1.Tokyo Tech)
[20p-A302-6]Assessment of aquatic plant (Myriophyllum) activity by electric potential and enzymatic activity under heavy metal copper exposure
〇(D)Maimaiti Zulupuhaer1(1.Saitama Univ.)
[20p-A302-7]Experimental verification of fluid direction control using Induced-Charge Electro-osmosis
〇Shunsuke Takahashi1, Sugioka Hideyuki1(1.Shinshu Univ.)
[20p-A302-8]Experimental validation of vector separation using induced charge electro-osmosis
〇Ryo Takeda1, Hideyuki Sugioka1(1.Shinshu Univ.)
[20p-A302-9]Structural control of carbon structure using AC,DC power supply
〇Hiroya Nakamura1, Hideyuki Sugioka1(1.Shinshu Univ.)
[22a-P01-1]The Practical Utilization as the Light Using a LED Based on a Hand-Cranked Generator
〇Shizuo Yamaguchi1(1.Kyu-Kyo Univ.)
[22a-P01-2]Fitting and Fixing Method of the Light Using a LED Based on a Hand-Cranked Generator
〇Shizuo Yamaguchi1(1.Kyu-Kyo Univ.)
[22a-P01-3]Real-time Emotion Measurement System for Classroom Improvements
〇Hitoe Habuchi1, Hirobumi Yamada1, Kumi Soe2, Hiroyuki Ito2, Shu Imaizumi2(1.Natl. Inst. Technol. Gifu. Coll., 2.Ochanomizu Univ.)
[22a-P01-4]Proposal for an Electronic Student Experiment in the Era of Coexistence with Corona
〇Yuji Hiratani1, Yuga Ohsio1(1.Suwa Univ. of Sci.)
[22a-P01-5]Development of VR physical laboratory using VR technology 4
〇(M2)Tomoya Tamura1, Fujishiro Takehiko1(1.Tokai Univ.)
[22a-P01-6]Work Function Measurements of Europium Atoms in a Hollow-Cathode Lamp
〇Ryuzo Ohmukai1, Naoto Takeyama2, Hikaru Kubota1, Yurina Sugiyama1(1.Saitama Univ., 2.NaRiKa Corp.)
[22a-P01-7]Experimental Display-3 of Geomagnetic Reversal Phenomenon
〇Yoshiaki Ishii1, Megumi Hirota1(1.Nmurc)
[22a-P01-8]Magnetic field visualization system using MR (Mixed Reality)
〇(B)Ryota Seno1, Tomohisa Manabe1, Shinya Matsutomo1, Yuki Hidaka2(1.Natl. Inst. of Tech., Niihama Col., 2.Nagaoka Univ. Tech.)
[22a-P01-9]Development of charged particle simulation teaching materials using immersive device
〇(B)Kotaro Kobayashi1, Yuito Watanabe1, Toyohisa Asaji1, Tomohisa Manabe1, Shinya Matsutomo1(1.Natl. Inst. of Tech., Niihama Col.)
[22a-P01-10]Development of teaching materials on non-contact temperature measuring instruments using a single board computer
〇Kokoro Kuroboshi1, Tenshou Inoue1, Yuto Goji1, Kyoya Fukuda1(1.NIT, Niihama College)
[22a-P01-11]Practice of temperature measurement using various sensors.
〇Yoshio Bando1(1.N. I. T. Kure)
[22a-P01-12]Initiatives for Semiconductor Human Resource Development Education At KOSEN (1)
〇Tamiko Ooshima1, Takeshi Ihara1, Yuusuke Hibino1, Johno Yuuki1, Takanobu Maeda1, Tetsuya Watanabe1, Hiroshi Nakashima1(1.Natl. Inst. Tech., Sasebo Col.)
[22a-P01-13]Simplified approach of teaching phosphor synthesis and applications for high-school students
〇GO OKADA1(1.KIT)
[22p-C101-1]Development of statistical teaching material using LEDs as photo sensor device
〇(B)Souta Takada1, Takuya Kohno1, Tomohiro Kubo1(1.NIT Gifu Advanced Crs.)
[22p-C101-2]LED light sensorsDevelopment of data analysis materials using LEDs as photo sensor device
〇(B)Tomohiro Kubo1, Takuya Kohno1, Sohta Takada1(1.NIT Gifu Advanced Crs.)
[22p-C101-3]Creation of educational materials for applied physics on the theme of vibration
〇Kenji Yamada1(1.NIT, IC)
[22p-C101-4]Time constant measurements of RC circuits with an electric double layer capacitor
〇Hiroyuki Nishikawa1, Daiki Nishimura1(1.Tokyo City Univ.)
[22p-C101-5]New Models in Teaching Materials, Physics and Engineering
〇Wen Zhao1, Nicolas Martin1(1.Ansys Inc.)
[22p-C101-6]Study on Power Source for Long-Endurance Underwater-Unmanned Vehicle (2)
〇Megumi Hirota1(1.Naval Ship M&UEP R.C.)
[22p-C101-7]Science Laboratory Experiment at Chubu University under Pandemic of the Covid-19.
〇Chimoto Itoh1, Kenji Suzuki1, Takayuki Tabata1, Jun Izutsu1, Hibiki Itoh1, Akitoshi Oshima1, Shinji Okada1, Shin Kubo1, Shoichi Sibata1, Kazuya Nakayama1, Shinichi Hashimoto1, Makoto Hamabe1, Yoshihiko Hirooka1, Katsuya Yamazaki1, Norimasa Yamamoto1(1.Chubu Univ.)
[22p-C101-8]Construction of a General-Purpose Perspective Fusion Experiment to Be Conducted Both Remotely and Locally
〇Yuga Oshio1, Yuji Hiratani1(1.Suwa Univ.)
[22p-C101-9]Practices of Large Number On-Demand Classes for Introductory Lecture for Freshmen
〇Nobu Kuzuu1(1.Univ. of Fukui)
[22p-C101-10]Development of teaching materials using information cards in order to multiple
〇Ayano Hattori1, Yuki Yoshihara1, Kazuya Oguri1(1.Tokai Univ.)
[22p-C101-11]Activities to create an Innovation Platform by students - VR conversion of YNU campus map -
〇Emi Tamechika1, Riku Aoto1, Shusei Yasuta1, Kotaro Fuse1, Yukihito Moritoki1, Kosuke Nishikawa2, Shuntaro Maeda3(1.YNU, 2.PERSOL-P&T, 3.HYPER CUBE)
[22p-C101-12]Support Activities for a Science Club of Junior and Senior High School
〇Kazuyoshi Kurihara1, Shiori Ohkawara1(1.Univ. of Fukui)
[20a-P01-1]Fundamental Study on Ultra-High Frequency Dual-Channel Wireless QCM Fabrication Using Si Anisotropic Etching
〇Junki Shinohara1, Manabu Yoshino1, Fumihito Kato1(1.Nippon Inst.of Tech.)
[20a-P01-2]PDMS microchannel based wireless quartz crystal microbalance hydrogen sensor
〇Hiroki Ato1, Tomoya Aoki1, Fumihito Kato1(1.Nippon Inst.of Tech.)
[20a-P01-3]Trial of Novel Control Method of Apple Snail, Pomacea canaliculata, by Electro-Taxis in a Paddy Field
〇Yoshihito Yagyu1, Kazuhiro Yoshida2, Yoichi Yusa2(1.Sasebo Kosen, 2.Nara Women's Univ)
[20a-P01-4]Novel Density Estimation for the Plant Pest Forecasting using Electro Taxis of Apple Snail, Pomacea canaliculata
〇Yoshihito Yagyu1, Tamiko Ohshima1, Takeshi Ihara1, Yusuke Hibino1, Hiroharu Kawasaki1(1.Sasebo Kosen)
[20a-P01-5]Microfabrication of Ge by SF6-RIE using SML1000 EB Resist Mask
〇Akihiro Matsutani1, Mie Tohnishi1, Miho Fujimoto1, Sachiko Matsushita2(1.OFC, Tokyo Tech, 2.Mater.Sci.Eng. Tokyo Tech)
[21p-A301-1]System for Predicting Surface & Interface Segregation
〇Michiko Yoshitake1(1.NIMS)
[21p-A301-2]System for Predicting Interface Chemical Bond at Oxide-Metal Interfaces
〇Michiko Yoshitake1(1.NIMS)
[21p-A301-3]Development of A Multi-scale Material Properties and Research Data Management Workflow for Superconducting Materials
〇Wen Zhao1, David Mercier1(1.Ansys Inc.)
[21p-A301-4]Enhancement in energy density of electroactive polymer-based wearable devices using silicone rubber and carbon nanotube based composite dielectric film
〇(D)Nitin Kumar Singh1, Kazuto Takashima1, Shyam S. Pandey1(1.Kyushu Institute of Technology, Japan)
[21p-A301-5]Design of RV32E RISC-V CPU for Biomedical and IoT Applications
〇(M2C)Panithan Srisinsuphya1, Yasufumi Yokoshiki1, Takashi Tokuda1(1.Tokyo Inst. of Tech.)
[21p-A301-6]Characterization of the VO2 thin films grown on glass substrates by MOD
〇(M1)Taito Fukawa1, Kazuaki Toyoda1, Masatoshi Koyama1, Nobuya Hiroshiba1, Kazuto Koike1, Hideo Wada1(1.Osaka Inst. Tech.)
[21p-A301-7]Fabrication and Characterization for Platinum Nano-structures Using Al2O3 Nano-structures by ALD
〇Taegyu Woo1, Yuuki Tsuji1, Syouhei Lin1, Joji Maeda1, Taro Itatani2, Takeru Amano2(1.Tokyo Univ. of Science, 2.AIST)
[21p-A301-8]Process Development of Thinning for Semiconductor Laser Diode
〇(M1)Yuuki Tsuji1, Tegyu Woo1, Syouhei Lin1, Joji Maeda1, Tarou Itatani2, Takeru Amano2(1.Tokyo Univ. Science, 2.AIST)
[21p-A301-9]Investigation of Precise Machining Process for Cladding Layer of Optical Polymer Waveguide
〇Syouhei Lin1, Yuuki Tsuji1, Taegyu Woo1, Joji Maeda1, Taro Itatani2, Takeru Amano2(1.Tokyo Univ. of Science, 2.AIST)
[21p-A301-10]Improvement of the Signal to Noise Ratio for Gas Sensor Measurements by Repetitive Measurements
〇Gaku Imamura1,2, Genki Yoshikawa1,3, Kosuke Minami1(1.NIMS, 2.Osaka Univ., 3.Univ. of Tsukuba)
[21p-A301-11]Detection of foreign odors in mineral oil using odor sensing system
〇Yu Tanaka1, Yuanchang Liu1, Rui Yatabe1, Takeshi Onodera1, Nobuyuki Fujiwara2, Hidekazu Takeda2, Kiyoshi Toko3,4(1.Kyushu Univ., 2.MEIDENSHA, 3.R$D Cen. for FiveSense,Kyushu Univ., 4.Inst. for Adv,Kyushu Univ.)
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