P-1. Akanksha Menon
Georgia Institute of Technology
Understanding thermally activated
charge transport in N-type metallo-organic polymers [link]
|
P-2. Andrea Pickel University of California,
Berkeley
Investigating apparent self-heating
of individual luminescent nanoparticle thermometers [link]
|
P-3. Andrew Rohskopf
Georgia Institute of Technology
Phonon optimized potentials [link]
|
P-4. Chengyun Hua Oak Ridge National Laboratory (ORNL)
Experimental metrology to
obtain thermal phonon transmission coefficients at solid
interfaces [link]
|
P-5. Dakotah Thompson University
of Michigan
Radiative heat conductances
between dielectric and metallic parallel plates with nanoscale gaps [link]
|
P-6. Geoff Wehmeyer University of California, Berkeley
Nanoscale thermometry
utilizing thermal diffuse scattering in the scanning transmission
electron
microscope [link]
|
P-7. Haidong Wang Kyushu
University
Thermal rectification in suspended monolayer
graphene [link] |
P-8. Hao Ma Virginia
Institute of Technology Significantly high thermal rectification in an asymmetric polymer molecule driven by diffusive versus ballistic transport [link]
|
P-9. Hiroaki Matsuura Keio
University
Microscale mass transport in
ternary polymer solutions observed by Soret forced Rayleigh scattering
method [link]
|
P-10. Jeffrey Braun University
of Virginia
Thermal conductivity
reduction through increasing number of distinct components in
entropy-stabilized oxides [link]
|
P-11.
Kazuhito Dejima Meji University
Heat flux measurement in an internal combustion engine with a metal substrate MEMS sensor [link]
|
P-12. Kazuma Isobe Tokyo
Institute of Technology
Paremetric study of nanometer-sized pillar array structure for spectrally enhanced near-field radiation transfer [link] |
P-13.
Kozo Furuta Kyoto University
Shape sensitivity for thermal
design problem based on the Boltzmann Transport Equation [link]
|
P-14. Laurent Tranchant
Kyushu Institute of Technology
Measurement of the enhanced
thermal transport and propagation of surface phonon-polaritons in the
case of
silica suspended thin films [link]
|
P-15. LeighAnn Larkin University
of Virginia
The effect of long-range order on thermal
conductivity in cold-worked Fe50Pd50 alloys [link] |
P-16. Makoto Kamata Keio
University
Nano-sized sample analysis
based on diffusion coefficient using optoelectronic microfluidic
sensor [link] |
P-17. Masahiko Shibahara Osaka
University
Molecular dynamics study on
influence of nanostructures on energy transfer mechanism over a
fluid-solid
interface [link] |
P-18. Qin-Yi Li Kyushu
University
Dual-mode Raman method to
measure thermal transport properties of 2D materials and van der Waals
heterostructures [link] |
P-19.
Riku Enomoto Tokyo
Institute of Technology
Investigations on thermophysical
and electronic properties of Pt-porphyrin molecular solids [link] |
P-20. Sean Lubner Lawrence
Berkeley National Laboratory (LBNL)
Characterizing and
engineering nanoscale thermal interfaces for advanced thermal
insulation and
Lithium-ion batteries [link] |
P-21. Sergei Gluchko National Center for Scientific Research (CNRS)
Thermal
excitation of broadband and long-range surface waves on SiO2 submicron
films [link] |
P-22. Shenghong Ju University
of Tokyo
Designing nanostructures for
phonon transport via materials informatics [link] |
P-23.
Shunta Harada Nagoya
University
Change in thermal
conductivity of natural superlattice oxides accommodating with oxygen
deficiency [link] |
P-24. Tsuyoshi Nagasawa Tokyo Institute of Technology
Nano-micro
scaled active site imaging of porous composite cathode in solid oxide
fuel cell by quenching and oxygen isotope labeling [link]
|
P-25. Wei-Lun Hsu
University of Tokyo
Nanopore protein sensing
using induced reverse electroosmotic flow [link] |
P-25. Yoichiro Tsurimaki Massachusetts Institute of Technology
Enhancement of absorption of
light in 1D multi-layered structures with interfacial states [link] |