Program
| March. 6 (Wed) | |
| 09:25~09:30 | Opening |
| Graphene and 2D materials: Transport property | |
| 09:30~10:00 | Special lecture |
1S-1 | Nanomaterials Science for/with Devices |
| Graphene and 2D materials: Electronic structure | |
| 10:00~10:15 | |
1-1 | First Principles Studies of Partially Monolayer WSe2 |
| 10:15~10:30 | |
1-2 | Geometric and electronic structures of in-plane heterosheets consisting of WSe2 and Janus WSSe |
| 10:30~11:00 | Coffee break |
| Carbon nanotubes: Applications | |
| 11:00~11:15 | |
1-3 | Fabrication and Evaluation of Microbolometer Arrays using Semi-Conducting SWCNT Networks |
| Graphene and 2D materials: Transport property | |
| 11:15~11:30 | |
1-4 | Interfacial thermal conduction engineering in twist bilayer 2D materials |
| 11:30~12:15 | Poster preview |
| 12:15~13:45 | Lunch |
| 13:45~15:30 | Poster session |
| Carbon nanotubes: Transport property | |
☆1P-1 | Significant Enhancement of Phonon-Induced Current Noise in Carbon Nanotube |
| Carbon nanotubes: Applications | |
☆1P-2 | Fabrication mechanism of CNT transparent conductive films by filtration at the interface between phase-separated liquids |
☆1P-3 | All printable carbon nanotube film type broadband 2D camera sheet |
☆1P-4 | Transmitter for human body communication based on flexible carbon nanotube CMOS integrated circuit |
| Graphene and 2D materials: Electronic structure | |
☆1P-5 | Electronic and optical properties of monolayer SnS |
| Graphene and 2D materials: Transport property | |
☆1P-6 | Resonant tunneling devices using transition metal dichalcogenides: detection of negative differential resistance and exploration of band structures |
| Graphene and 2D materials: Others | |
☆1P-7 | Efficient robotic fabrication of large area monolayer semiconductors |
| Fullerenes: Chemistry | |
1P-8 | Synthesis and porous properties of pillared fullerenes |
| Fullerenes: Applications | |
1P-9 | Synthesis of sulfonated C60 as a radical quencher for Nafion fuel cell membranes |
| Carbon nanotubes: Synthesis and growth | |
1P-10 | Effect of temperature quenching on the growth of FeSe nanowire in the carbon nanotube |
1P-11 | Fabrication of nanocarbon hybrid structures based on melamine foam. |
| Carbon nanotubes: Chemistry | |
1P-12 | A Computational Study on Structural Properties of Phenazine-fused Triptycenes on Carbon Nanotubes |
1P-13 | Effect of carrier gas on chemical state of Co catalysts supported on alumina during SWCNT growth: in situ XAFS analysis |
| Carbon nanotubes: Electronic structure | |
1P-14 | Low-frequency noise of flexible carbon nanotube thin-film transistors |
| Carbon nanotubes: Applications | |
1P-15 | Inverted Organic Solar Cells with Single-walled Carbon Nanotubes Transparent Electrode as Cathode |
1P-16 | Fabrication and characterization of perovskite solar cells with p-doped carbon nanotubes electrodes |
1P-17 | Strategies for Solving Insulation Infiltration Challenges in Carbon Nanotube Yarn to Optimize Its Use in Electrical Applications |
1P-18 | Aerosol doping system for microscale p-n pattering of CNT films |
1P-19 | Synthesis of Platinum-Palladium bimetallic nanorods supported on Single-Walled Carbon Nanotubes |
| Graphene and 2D materials: Synthesis and growth | |
1P-20 | Effects of the metal film on the atomic layer deposition growth of tungsten disulfide films |
1P-21 | XPS characterization of graphene grown on r-plane sapphire using low-pressure CVD |
1P-22 | Structure and properties of nitrogen-containing graphitic carbon materials by thermal decomposition of ionic liquids |
| Graphene and 2D materials: Electronic structure | |
1P-23 | Topological edge and corner states in 2D biphenylene network |
| Graphene and 2D materials: Optical property | |
1P-24 | Determination of the crystallographic orientation of metastable, 1T′-phase WS2 by polarized Raman spectroscopy |
1P-25 | Spectroscopic study of photoluminescent molecules on graphene with applied gate voltage |
| Graphene and 2D materials: Transport property | |
1P-26 | Application of Gallium Sulfide as a Buffer Layer in Van der Waals Stacking Structures |
1P-27 | Control of electronic and ionic conductivity by mixing MXenes and Bentonites, atomic layer materials with different conductive mechanisms |
1P-28 | Local current modulation in graphene channel under nanodiamonds |
| Graphene and 2D materials: Applications | |
1P-29 | Polymer Electrolyte Membrane Nano-Coated with Proton-Permeable Two-Dimensional Materials for Enhanced Gas Barrier Property |
| Others: Synthesis and growth | |
1P-30 | Synthesis of Arrayed Tungsten Oxides Nanowires and Their Conversion into Nanotubes |
1P-31 | Scalable growth of Mo6Te6 bundles by chemical vapor deposition |
| Others: Optical property | |
1P-32 | Low-frequency Raman spectroscopic study of the order-disorder phase transition appeared in a diamondoid compound |
| Graphene and 2D materials: Synthesis and growth | |
| 15:30~16:00 | Special lecture |
1S-2 | Fabrication of layered tellurides by crystallization of sputter-grown amorphous thin films |
| Graphene and 2D materials: Electronic structure | |
| 16:00~16:20 | Invited lecture |
1I-1 | Interface Effect in Superconducting Ca-intercalated Bilayer Graphene on SiC |
| Carbon nanotubes: Transport property | |
| 16:20~16:35 | |
1-5 | Modulation doping, shallow impurity-induced states, and quantum transport in double-walled boron-nitride nanotubes |
| 16:35~16:50 | Coffee break |
| 16:50~18:20 | Tutorial |
1T-1 | ナノカーボン系の熱電応答～基礎から社会実装まで～ |
| March. 7 (Thu) | |
| Graphene and 2D materials: Chemistry | |
| 09:00~09:30 | Special lecture |
2S-1 | Emerging Inorganic Nanosheets: From Tailored Synthesis to Electronic/Energy Applications |
| Graphene and 2D materials: Synthesis and growth | |
| 09:30~09:45 | |
2-1 | Bayesian Optimization of Metal-Organic Chemical Vapor Deposition Growth of Monolayer WS2 |
| 09:45~10:00 | |
2-2 | Direct observation chemical vapor deposition system for in-situ monitoring of vapor-liquid-solid growth of monolayer WS2 in microreactor |
| 10:00~10:30 | Coffee break |
| Carbon nanotubes: Applications | |
| 10:30~11:00 | Special lecture |
2S-2 | What Role Does Data Science Play in Carbon Nanotube Technologies? |
| Graphene and 2D materials: Electronic structure | |
| 11:00~11:20 | Invited lecture |
2I-1 | Efficient Search for Stacking Patterns in van der Waals Heterostructures Using Bayesian Optimization |
| 11:20~12:05 | Poster preview |
| 12:05~13:30 | Lunch |
| 13:30~14:15 | Award ceremony |
| 14:15~16:00 | Poster session |
| Fullerenes: Electronic structure | |
☆2P-1 | Electron injection into superconducting fullerides close to the Mott transition boundary |
| Carbon nanotubes: Electronic structure | |
☆2P-2 | Effect of the assembly structure of Single-Walled Carbon Nanotube bundles on electrochemical behaviors of electric double layer capacitor |
| Carbon nanotubes: Optical property | |
☆2P-3 | Probing Coulomb interaction strength in single-chirality SWCNT bundles by two-photon photoluminescence excitation spectroscopy |
| Carbon nanotubes: Applications | |
☆2P-4 | Colorimetric Paper with Inkjet-Printed Carbon Nanotube Chemiresistors for Detection of Liquid and Gas Phase Chemical Warfare Agents |
☆2P-5 | Semiconducting Carbon Nanotube Ratio Control toward Low-Temperature and High Performance NO2 Gas Sensing |
| Graphene and 2D materials: Optical property | |
☆2P-6 | Strain-influenced optical properties of moiré excitonic states in MoSe2/WSe2 van der Waals heterostructures |
| Graphene and 2D materials: Transport property | |
☆2P-7 | Giant effective magnetic field in MoS2 monolayer induced by chiral ionic liquid |
| Fullerenes: Chemistry | |
2P-8 | Isolation of intermediates for investigation of reaction mechanism in the synthesis of evaporable fullerene derivatives |
| Fullerenes: Applications | |
2P-9 | Fullerene Derivative and Cerium Composite as Radical Quenchers in Nafion Matrix Fuel Cell Membranes |
| Carbon nanotubes: Synthesis and growth | |
2P-10 | Elucidation of decomposition process of ethanol on Co and Ir catalysts supported on Al2O3 and SiO2 by using in situ DRIFTS measurement |
2P-11 | Catalyst preparation for highly-efficient synthesis of vertically aligned CNT array exceeding one-centimeter height |
2P-12 | Effect of Al2O3 and MgO buffer layers on Co and Ir catalysts and single-walled carbon nanotube growth |
| Carbon nanotubes: Chemistry | |
2P-13 | Evaporative self-assembly of carbon nanotube-polymer superstructures |
2P-14 | Effect of the Length of 10-n-Alkyl Side Chains of Flavin on Sublimation and Carbon Nanotube Dispersibility |
| Carbon nanotubes: Electronic structure | |
2P-15 | Peptide modification on carbon nanotube thin-film transistors |
| Carbon nanotubes: Applications | |
2P-16 | Estimation of electrical resistivity of CNT yarn for use as motor windings using 3D resistive network model |
2P-17 | Characterization of double-layered alignment films of single-walled carbon nanotubes |
2P-18 | Fabrication of Semi-module Organic Solar Cells Using Transparent Carbon Nanotubes Thin-film Electrodes |
2P-19 | Substrate dependence in photo-detection dynamic range for carbon nanotube film ultrabroadband and freely deformable imager sheets |
| Carbon nanotubes: Others | |
2P-20 | Solubilization of Carbon Nanobelts in Aqueous Surfactant Solutions |
| Graphene and 2D materials: Synthesis and growth | |
2P-21 | Oxygen-Assisted Chemical Vapor Deposition Of Low-Defect-Density WS2 |
2P-22 | Van der Waals epitaxy of Transferable InGaN Thin Film by RF-MBE Method |
2P-23 | One-pot bipolar electrochemical exfoliation/functionalization for enhanced functionalization of graphene nanosheets |
| Graphene and 2D materials: Chemistry | |
2P-24 | Alkalide-Assisted Direct Electron Injection for the Noninvasive n‑Type Doping of Graphene |
| Graphene and 2D materials: Electronic structure | |
2P-25 | Development of vertical TFET using ambipolar MoTe2/Ge and MoTe2/Si heterostructures |
2P-26 | Cationic nitrogen-doped graphene-modified silver as low-work function electrodes for efficient inverted perovskite solar cells |
| Graphene and 2D materials: Optical property | |
2P-27 | Impact of Twist Angle for Raman Shift of Suspended Twisted Bilayer Graphene by Metal Deposition |
| Graphene and 2D materials: Transport property | |
2P-28 | Frequency-dependent thermal transport in/between multilayer hexagonal BN nanoribbons by MD simulation |
2P-29 | Carrier transport properties of few layer WSe2 grown on hBN |
| Graphene and 2D materials: Applications | |
2P-30 | Effects of defect introduction using Ar+ beam irradiation on the surface hydrogen content in epitaxial graphene |
| Graphene and 2D materials: Others | |
2P-31 | Energetics and electronic properties of continuous sulfurization of WSe2 |
| Others: Applications | |
2P-32 | Activation Barriers Calculation for Structural Inversion in Corannulene and Sumanene Molecules |
| Others: Others | |
2P-33 | Long-term continuous degradation of carbon nanotubes by a bacteria-driven Fenton reaction |
| Carbon nanotubes: Optical property | |
| 16:00~16:20 | Invited lecture |
2I-2 | Diameter-Controlled Stacking of Functional Dye Molecules inside Single-Wall Carbon Nanotubes |
| 16:20~16:35 | |
2-3 | Resonant exciton transfer in mixed-dimensional heterostructures for overcoming dimensional restrictions in optical processes |
| Carbon nanotubes: Others | |
| 16:35~16:50 | |
2-4 | Large-scale and Precise Analysis for Metallic and Semiconducting Carbon Nanotubes based on Electrostatic Force Microscopy |
| Carbon nanotubes: Synthesis and growth | |
| 16:50~17:05 | |
2-5 | Stable and continuous synthesis of carbon nanotubes by floating catalyst CVD with fluid mixing control |
| 17:05~17:20 | |
2-6 | An insight into vertically-aligned SWCNTs: impact of catalyst |
| Carbon nanotubes: Chemistry | |
| 17:20~17:35 | |
2-7 | Mechanically Interlocked Derivatives of SWNTs: synthesis and potential applications |
| 18:00~20:00 | Banquet |
| March. 8 (Fri) | |
| Carbon nanotubes: Optical property | |
| 09:00~09:30 | Special lecture |
3S-1 | Chiro-optics in Wafer-scale Twist Stacks of Aligned Carbon Nanotubes |
| Carbon nanotubes: Chemistry | |
| 09:30~09:45 | |
3-1 | Quantitative analysis of the relationship between sp3 defects and functional groups in oxidized single-walled carbon nanotubes |
| Carbon nanotubes: Optical property | |
| 09:45~10:00 | |
3-2 | Preparation of low-defective semiconducting single-wall carbon nanotubes |
| Carbon nanotubes: Synthesis and growth | |
| 10:00~10:15 | |
3-3 | Safe and damage-less dry-purification of carbon nanotubes using Br2 vapor |
| 10:15~10:45 | Coffee break |
| Carbon nanotubes: Transport property | |
| 10:45~11:15 | Special lecture |
3S-2 | Single-molecule analysis using carbon nanotube ion channels |
| 11:15~12:00 | Poster preview |
| 12:00~13:30 | Lunch |
| 13:30~15:15 | Poster session |
| Carbon nanotubes: Synthesis and growth | |
☆3P-1 | Low-temperature Synthesis of Linear Carbon Chain inside Single-walled Carbon Nanotubes |
| Carbon nanotubes: Chemistry | |
☆3P-2 | Selective Semiconducting Carbon Nanotube Extraction with Cellulose Acetate |
| Carbon nanotubes: Applications | |
☆3P-3 | Design for higher resolution and faster operation of carbon nanotube film long wavelength photo-thermal camera for non-destructive inspection |
☆3P-4 | Pentafluorophenol-Activated Lipoic Acid as Fullerene Catching Interfacial Passivator and Polymerizable Protection Layer in Inverted Perovskite Solar Cells |
| Graphene and 2D materials: Electronic structure | |
☆3P-5 | Electronic states and strain effects of Co-based organic nanosheets |
| Graphene and 2D materials: Optical property | |
☆3P-6 | Dynamic of defect-localized excitons in monolayer WSe2 under in-plane magnetic field |
| Graphene and 2D materials: Transport property | |
☆3P-7 | Correlation between the cross-plane thermal and electrical conductance in randomly stacked MoS2 homo-structure |
| Fullerenes: Synthesis and growth | |
3P-8 | Synthesis of evaporable fullerene indanone thione from fullerene ketone using Lawesson's reagent and the application in organic solar cells |
| Fullerenes: Chemistry | |
3P-9 | Synthesis and Structure Analysis of Ionic Na+@C60 Endohedral Fullerene |
| Fullerenes: Applications | |
3P-10 | Preparation of C60 fullerene nanowhisker-silver phosphate composites and their photocatalytic activity for degradation of methylene blue under ultraviolet light irradiation |
| Carbon nanotubes: Synthesis and growth | |
3P-11 | Edge configurations and growth kinetics of single-walled carbon nanotubes in molecular dynamics simulations |
3P-12 | Stability of RuRhPdIrPt High-Entropy Alloy in CNT Synthesis and High Catalytic Activity Due to Unique Electronic Structure |
| Carbon nanotubes: Chemistry | |
3P-13 | Particle swarm optimization utilizing the Lennard-Jones potential: An appealing alternative to density functional theory calculations for geometry optimization of host-guest nanostructures |
| Carbon nanotubes: Applications | |
3P-14 | Carbon Nanotube Films p-Doped with Poly(p-styrene-sulfonic acid) for Transparent Conductive Electrodes in Organic Solar Cells |
3P-15 | All-inorganic perovskite solar cell structure without metal eletrodes with carbon nanotube electrodes and translucent polymer nanohybrid electrodes |
3P-16 | Adsorption and removal performance of carbon nanotubes for elements contained in hot spring |
3P-17 | Cyanine Dye-doped SWCNTs as Top Electrode for Hole Transport Layer-free Perovskite Solar Cells |
| Carbon nanotubes: Others | |
3P-18 | Preparing a liquid crystalline dispersion of high aspect ratio carbon nanotubes |
3P-19 | Geometric and electronic structures of scrolled graphene |
| Graphene and 2D materials: Synthesis and growth | |
3P-20 | Direct synthesis of h-BN by non catalytic CVD with borazine generated from ammonia borane pyrolysis |
3P-21 | Synthesis of WxOy Nanowire Templates for WS2 Nanoribbon Growth by Combination Process of Multi-Step Atmosphere Exposure and Annealing |
3P-22 | Growth of MoS2 on Al1-xTixOy by Chemical Vapor Deposition |
3P-23 | Raman spectroscopy analysis of CVD-grown multilayer hBN |
| Graphene and 2D materials: Chemistry | |
3P-24 | Correlation between catalytic activity and functional groups, dispersibility of graphene oxide |
| Graphene and 2D materials: Electronic structure | |
3P-25 | Energetics and electronic properties of scrolled Janus WSSe |
| Graphene and 2D materials: Optical property | |
3P-26 | Synthesis and optical properties of high-quality Janus WSSe monolayers on hBN |
3P-27 | Influence of Carrier injection on high harmonic generation in monolayer MoS2 and MoSe2 |
| Graphene and 2D materials: Transport property | |
3P-28 | Fabrication of edge-contacted graphene-superconductor junctions |
3P-29 | The Investigation of Bulk Photovoltaic Effect in 3R-MoS2 through Strain and Gate Modulation |
3P-30 | Effects of Ar+ beam irradiation and hydrogen exposure on the electrical conductivity of mono-layer MoS2 |
| Graphene and 2D materials: Applications | |
3P-31 | Structural analysis of peptide 2D crystals on graphite substrate by molecular dynamics simulation |
| Graphene and 2D materials: Others | |
3P-32 | Anisotropic wet etching of WSe2 multilayers assisted by photo-excited carriers |
3P-33 | Formation mechanism of AlN 2D structure during graphene direct growth on AlN template substrate |
| Carbon nanotubes: Applications | |
| 15:15~15:35 | Invited lecture |
3I-1 | Revolutionizing Multifunctional Subaquatic Apparatus via Advanced Structural Engineering of Nanocarbon Materials |
| Graphene and 2D materials: Applications | |
| 15:35~15:50 | |
3-4 | Surface-charge-modulated graphene field-effect transistors for biosensing |
| Carbon nanotubes: Applications | |
| 15:50~16:05 | |
3-5 | Unprecedentedly Sensitive and Recoverable Carbon Nanotube-based Gas Sensors: Aerosol-synthesized Surfactant-free Single-Walled Carbon Nanotube-based NO2 Sensing Devices |
| 16:05~16:20 | |
3-6 | N-type doping of SWCNT electrode using organophosphorus compound for electron transporting layer in inverted perovskite solar cells |
| 16:20~16:35 | |
3-7 | Single-walled carbon nanotubes supported Pt electrocatalyst as cathode catalyst of a single fuel cell with high durability against start-up/shut-down potential cycling |
| 16:35~16:50 | |
3-8 | Highly Sensitive and Stable In-Situ Acetylene Detection in Fluid using Polyimide-Embedded Single-Walled Carbon Nanotubes |
| 16:50~17:00 | Closing |