〇Kosei Okunuki¹, Shohei Sakurai¹, Mayu Iida¹, Keisuke Ito², Kosei Yokoyama², Masahito Kushida³ (1.Chiba Univ. G.SE, 2.Chiba Univ. F.E., 3.Chiba Univ. G.E)

1:15 PM - 1:30 PM

[16p-B309-2] Elucidation of chemical states of iron-group metal catalysts during growth of SWCNT by in situ XAFS measurement

〇Shusaku Karasawa¹, Kamal Sharma², Takahiro Saida^1,2, Shigeya Naritsuka¹, Takahiro Maruyama^1,2 (1.Meijo Univ., 2.Meijo Nanomater. Res. Center)

1:30 PM - 1:45 PM

[16p-B309-3] High-temperature stability of single-walled carbon nanotubes in inert atmosphere

〇Manaka Maekawa¹, Mengyue Wang¹, Taiki Inoue¹, Yoshihiro Kobayashi¹ (1.Osaka Univ.)

1:45 PM - 2:00 PM

[16p-B309-4] Effects of residual atmosphere during catalyst deposition and in the CVD furnace on CNT growth structure

〇Yuto Sawada¹, Nobuyoshi Kameoka¹, ryuichi Shinsei¹, Hiroshi Furuta^1,2 (1.Kochi Univ. Technol., 2.Center for Nanotechnol.,Research Inst.)

2:00 PM - 2:15 PM

▲ [16p-B309-5] Assistive effects of carbon feedstock and etchant on defect healing of carbon nanotubes by thermal process

〇Man Shen¹, Mengyue Wang¹, Yuanjia Liu¹, Manaka Maekawa¹, Taiki Inoue¹, Yoshihiro Kobayashi¹ (1.Osaka Univ. Appl Phys)

2:15 PM - 2:30 PM

[16p-B309-6] Dry purification of SWCNTs by using iron chloride and the mechanism

〇Takeshi Saito¹, Yuki Kuwahara¹, Fahmida Nasrin¹, Mitsuharu Tabuchi¹, Hiromichi Kataura¹, Ryota Yuge², Suguru Noda³ (1.AIST, 2.NEC, 3.Waseda Univ.)

2:30 PM - 2:45 PM

[16p-B309-7] Performance improvement of paper actuator based on carbon nanotube composite paper by improving viscosity of electrolyte

〇Ryodai Toyomasu¹, Takahide Oya¹ (1.Yokohama National Univ.)

2:45 PM - 3:00 PM

▲ [16p-B309-8] Hydrogen-Substituted Graphdiyne Encapsulated Cu₂O Nanowires for Electrochemical Applications

〇(P)Jeganathan Chellamuthu¹, Hibiki Mitsuboshi¹, Hikaru Yamamoto¹, Masanori Hara¹, Kenta Kokado¹, Masamichi Yoshimura¹ (1.Toyota Technological Institute)

3:00 PM - 3:15 PM

[16p-B309-9] Improving photoelectric conversion efficiency of dye-sensitized solar paper with gel electrolyte using carbon nanotube-composite paper

〇(M2)Yi Kou¹, Takahide Oya¹ (1.Yokohama National Univ.)

3:30 PM - 3:45 PM

[16p-B309-10] Study of optimal amount of contained CNT/pulp to improve performance of thermoelectric power generation element using carbon nanotube composite paper

〇Yuki Shimamoto¹, Koya Arai², Masahiro Yano², Takahide Oya¹ (1.Yokohama National Univ., 2.Mitsubishi Materials)

3:45 PM - 4:00 PM

△ [16p-B309-11] P-type doping of single-walled carbon nanotubes using boron-based Brønsted acid and development of highly efficient thermoelectric devices

〇Naoki Tanaka¹, Hamasuna Aoi¹, Fujigaya Tsuyohiko^1,2,3 (1.Kyushu univ., 2.WPI-I2CNER, 3.CMS)

4:00 PM - 4:15 PM

[16p-B309-12] Examining multi-stage structure of transpiration type thermoelectric power generation paper based on carbon nanotube composite paper

〇Yudai Kamekawa¹, Koya Arai², Masahiro Yano², Takahide Oya¹ (1.Yokohama National Univ., 2.Mitsubishi Materials)

4:15 PM - 4:30 PM

[16p-B309-13] Control of the thermoelectric properties of single-walled carbon nanotubes by Joule annealing and chemical doping

〇(M1)Kotaro Ota¹, Hironori Ogata^1,2,3 (1.Grad. Sch. Sci. and Engin., Hosei Univ., 2.Dept. Chem. Sci. and Technol., Hosei Univ., 3.Research Center for Micro-Nano Technol., Hosei Univ.)

4:30 PM - 4:45 PM

[16p-B309-14] Performance improvement of Peltier thread using conductive paste

〇Masato Yamabe¹, Koya Arai², Masahiro Yano², Takahide Oya¹ (1.Yokohama National Univ., 2.Mitsubishi Materials)

4:45 PM - 5:00 PM

[16p-B309-15] Evaluation for responsiveness of hydrogen gas sensor using carbon-nanotube-composite paper with different sizes

〇Shuntaro Kubo¹, Koya Arai², Masahiro Yano², Takahide Oya¹ (1.Yokohama National Univ., 2.Mitsubishi Materials)

5:00 PM - 5:15 PM

[16p-B309-16] Carrier doping effect by various types of fluoro-sumanenes on carbon nanotube

〇(B)Takumi Nakano¹, Haruki Uchiyama¹, Yumi Yakiyama², Hidehiro Sakurai², Yanlin Gao³, Mina Maruyama³, Susumu Okada³, Hiromichi Kataura⁴, Yutaka Ohno^1,5 (1.Nagoya Univ., 2.Osaka Univ., 3.Univ. of Tsukuba, 4.AIST, 5.IMaSS, Nagoya Univ.)

5:15 PM - 5:30 PM

[16p-B309-17] Performance improvement of paper transistors using carbon-nanotube-composite papers
by introducing evaporative doping method

〇Kaito Adachihara¹, Takahide Oya¹ (1.Yokohama National Univ.)

5:30 PM - 5:45 PM

▲ [16p-B309-18] Study on Variability of Carbon Nanotube Thin-film Transistor-based CMOS Differential Amplifiers

〇(M1)Zhongrui Wang¹, Haruki Uchiyama¹, Yutaka Ohno^1,2 (1.Nagoya Univ., 2.IMaSS, Nagoya Univ.)

5:45 PM - 6:00 PM

[16p-B309-19] Influence of pressure and tension on transistors using carbon nanotube composite thread

〇Hiroki Kodaira¹, Takahide Oya¹ (1.Yokohama national Univ.)

6:00 PM - 6:15 PM

[16p-B309-20] Fabrication of asymmetric-gate carbon nanotube thin-film transistors by self-align process

〇(M1)Shuta Hori¹, Haruki Uchiyama¹, Hiromichi Kataura², Yutaka Ohno^1,3 (1.Dept. Electronics, Nagoya Univ., 2.AIST, 3.IMaSS, Nagoya Univ.)

Sessions

17 Nanocarbon Technology » 17.1 Carbon nanotubes & other nanocarbon materials

[16a-B309-1~9] 17.1 Carbon nanotubes & other nanocarbon materials

[16a-B309-1] Highly Crystalline Growth of Outer-Wall CNTs for Coaxial Heterostructure

[16a-B309-2] Single-walled carbon nanotube synthesis from High-entropy alloy catalyst towards control diameter

[16a-B309-3] A Novel Preparation of Ultra-Bright Carbon Nano Onion and Application in LED

▲ [16a-B309-4] Synthesis of SWCNTs and Graphene 3D hybrid structures by ACCVD

[16a-B309-5] Electrical Conductivity of Carbon Nanobrush Random Networks

[16a-B309-6] Study on conduction mechanism of CNT yarn for lower electrical resistivity

[16a-B309-7] Resonance Raman scattering of Single Chirality Carbon Nanotubes

[16a-B309-8] Conduction mechanism and structure variations under the high-temperature annealing.

[16a-B309-9] Diameter transition during the CNT growth via ¹³C isotope labeling

[16p-B309-1~20] 17.1 Carbon nanotubes & other nanocarbon materials

[16p-B309-1] Structure control of VA-CNTs by controlling the particle size of nanoparticles and VA-CNTs growth from Fe, Co, and Ni mixed nanoparticles

[16p-B309-2] Elucidation of chemical states of iron-group metal catalysts during growth of SWCNT by in situ XAFS measurement

[16p-B309-3] High-temperature stability of single-walled carbon nanotubes in inert atmosphere

[16p-B309-4] Effects of residual atmosphere during catalyst deposition and in the CVD furnace on CNT growth structure

▲ [16p-B309-5] Assistive effects of carbon feedstock and etchant on defect healing of carbon nanotubes by thermal process

[16p-B309-6] Dry purification of SWCNTs by using iron chloride and the mechanism

[16p-B309-7] Performance improvement of paper actuator based on carbon nanotube composite paper by improving viscosity of electrolyte

▲ [16p-B309-8] Hydrogen-Substituted Graphdiyne Encapsulated Cu₂O Nanowires for Electrochemical Applications

[16p-B309-9] Improving photoelectric conversion efficiency of dye-sensitized solar paper with gel electrolyte using carbon nanotube-composite paper

[16p-B309-10] Study of optimal amount of contained CNT/pulp to improve performance of thermoelectric power generation element using carbon nanotube composite paper

△ [16p-B309-11] P-type doping of single-walled carbon nanotubes using boron-based Brønsted acid and development of highly efficient thermoelectric devices

[16p-B309-12] Examining multi-stage structure of transpiration type thermoelectric power generation paper based on carbon nanotube composite paper

[16p-B309-13] Control of the thermoelectric properties of single-walled carbon nanotubes by Joule annealing and chemical doping

[16p-B309-14] Performance improvement of Peltier thread using conductive paste

[16p-B309-15] Evaluation for responsiveness of hydrogen gas sensor using carbon-nanotube-composite paper with different sizes

[16p-B309-16] Carrier doping effect by various types of fluoro-sumanenes on carbon nanotube

[16p-B309-17] Performance improvement of paper transistors using carbon-nanotube-composite papers
by introducing evaporative doping method

▲ [16p-B309-18] Study on Variability of Carbon Nanotube Thin-film Transistor-based CMOS Differential Amplifiers

[16p-B309-19] Influence of pressure and tension on transistors using carbon nanotube composite thread

[16p-B309-20] Fabrication of asymmetric-gate carbon nanotube thin-film transistors by self-align process

Authenticate

Sessions

17 Nanocarbon Technology » 17.1 Carbon nanotubes & other nanocarbon materials

[16a-B309-1~9] 17.1 Carbon nanotubes & other nanocarbon materials

▲ [16a-B309-4] Synthesis of SWCNTs and Graphene 3D hybrid structures by ACCVD

[16p-B309-1~20] 17.1 Carbon nanotubes & other nanocarbon materials

▲ [16p-B309-5] Assistive effects of carbon feedstock and etchant on defect healing of carbon nanotubes by thermal process

▲ [16p-B309-8] Hydrogen-Substituted Graphdiyne Encapsulated Cu2O Nanowires for Electrochemical Applications

△ [16p-B309-11] P-type doping of single-walled carbon nanotubes using boron-based Brønsted acid and development of highly efficient thermoelectric devices

▲ [16p-B309-18] Study on Variability of Carbon Nanotube Thin-film Transistor-based CMOS Differential Amplifiers

Authenticate

▲ [16p-B309-8] Hydrogen-Substituted Graphdiyne Encapsulated Cu₂O Nanowires for Electrochemical Applications