October 24, 2022
9:00
9:10

Opening
Prof. Hidetoshi Fukuyama

Thermoelectricity and SDGs

Tokyo University of Science
10:00
10:20

BreakYongyoon Cho

Development of dispersion methods for

NAISTcarbon nanotube and its bio-moleculecomposite yarns

10:40

Naoki Tanaka

Development of thermoelectric devices by

Kyushu University

photoinduced electron doping of singlewalled carbon nanotubes

11:00

Shun-ichiro Ito

The effect of side chain density on structure

Nagoya University

and thermoelectric properties of doped
polythiophene films

11:20

Break

11:40

Short Poster Preview (#1-12)

12:00

Lunch

13:30Prof. Junichiro Shiomi

Directional heat conduction by nanotube

The University of Tokyoand nano-cellulose assemblies

14:20
14:40

BreakShunya Sakane

Thermoelectric power factor enhancement

Chuo UniversityofCu2Se

nanowires/PEDOT:PSS

composite thin films
15:00

Paolo Mele
Shibaura

15:20

15:40

Thermoelectric properties of Al-doped ZnOInstituteof

composite films with polymer nanoparticles

Technology

prepared by pulsed laser deposition

Masakazu Nakamura

Giant Seebeck Effect over 0.1 V/K

Nara Institute of Science and- A Unique but Universal Phenomenon inTechnology

Pure Organic Semiconductors Break16:00

Poster (#1-12)

17:00

Free Discussion (~17:30)

October 25, 2022
9:00

Prof. David Cahill

Low,high,andswitchable

University of Illinois

conductivity in soft materials

9:50

Break

10:10

Short Poster Preview (#13-26)

10:30

Poster (#13-26)

11:30

Giovanna Latronico
Shibaura

Institute

Developingofofaprintedthermalthin-film

thermoelectric device on a paper substrate

Technology
11:50

12:10

Hideki Uchida

Development of thermoelectric devices andZeon Corporation

IOT sensing system with CNT sheet

Qingshuo Wei

Long-life, lightweight organic thermoelectric

AIST

modules for IoT sensors

12:30

ClosingPoster
1Anjum Mustafa
KyushuInstitute

Thermoelectric properties of MASnI3 with Clofdopant

Technology2

Kazuhiro Yoshida
Kyoto

Institute

Atmosphericofstabilityofn-typesemiconducting carbon nanotubes

Technology3Masaya FUJIMURA
KyushuTechnologyInstitute

Development of steady-state measurement
ofprocess with high precision of thermal
conductivity of metal wires by using selfJoule heating method

4

N. Hirayama

Electronic structure engineering of Mg2Si byShimane University

Isotropic Strain and Isoelectronic Impurity
Doping

5Ichiro Imae

Thermoelectric Properties of Free-standing

Hiroshima University

ConductiveFilms

PreparedfromPEDOT:PSS and EMIM:TCB
6

Miki Morimoto

Side-Chain

Engineering

Hiroshima University

Processability

andProperties

intoBalance

Thermoelectric
Alkoxy-substituted

Polythiophenes
78T. Komori

Power generation of carbon nanotube films

Tokai University

with PN junction by uniform light exposure

Katsuma Miura

Improved performance of heat source free

Tokai University

water-floating

carbonnanotube

thermoelectric

generators

controlling

wettability

using

atmospheric-pressureplasma jet and waterproof spray
9Juhyung Park

Effects of microstructure on the charge

Seoul National University

transport and thermoelectric performance ofthe polymer-inorganic hybrid films

10M. Matsubara

TheoreticalPrediction

Tokyo University of Science

Thermoelectric

Properties

ofOptimalof

Impurity-doped Carbon Nanotubes
11Shohei Horike

Organic Superbases as n-Type Inducer ofKobe University

CarbonNanotubes

forFlexible

Thermoelectric Generator
12

Y. Amma

Performance improvement of heat source

Tokai University

freewater-floating

carbonnanotube

thermoelectric generators modifying device
structures

13

Yota IchinoseTokyo

Study on the temperature and chemical
Metropolitan

University

potential dependence of thermoelectric
properties of single walled carbon nanotubethin films

14Kan Ueji

Out-of-plane heat and electrical flows

Tokyo
15

Metropolitan

in semiconducting single-walled carbon

Universitynanotube film

Itsuki Yamaguchi

Elucidation of mechanism of dopant cations

Kyushu University

formation in solution for electron doping of
single-walled carbon nanotubes

16

Ryoto YuraKyoto

17

Thermoelectric properties of ladder polymer
Instituteof

BBL n-doped using crown ether

Technology

complexes

Y. AmpoDevelopment of Halide Perovskite CsSnI3

KyushuInstituteof

Coated Films Doped Heavy Metal Ions

Technology18

Hirotaka Inoue

Thermocell based on thermo-responsiveThe University of Tokyo

hydrogenbond

withbenzoquinone

derivative
19

Koki Hoshino

Single-walled

Tokai University

containingcarbon

Sb2Te3nanotube

films

nanoparticles

andelectrodeposited Sb2Te3 layer coating forthermoelectric applications
20

Hongyao Zhou

Direct Conversion of Phase Transition

The University of Tokyo

Entropy of Redox-active Polymer into
Thermoelectric Voltage

21

Kazenosuke Kobayashi
Kyushu22

Institute

Heatofconduction

interfaceusing

acrossBi2Te3-CsSnI3

moleculardynamics

Technology

simulation

R. Konagaya

Fabrication and evaluation of dual-type

Tokai University

flexible thermoelectric generators usingsingle-walled carbon nanotube films

23

Ken Nishiura

Developmentof

thermoelectric

deviceZeon Corporation

structure and process with CNT sheet

24

Sakura Kishishita
KyusyuInstituteDepositionofTechnology

ofBi0.4Sb1.6Te3-Halide

Perovskite Composite Films by Printing
MethodandCharacterizationofThermoelectric Properties
25

K. Susukida
Kyusyu26

Development of Composite Printing Film
Instituteof

Composed of Rare Earth Free n-type CoSb3

Technologyand Polyimide

S. Yamamoto

Alignment evolution of the carbon nanotube

Nara Institute of Science andduring the yarn-spinning process

Technology