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Symposia
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[NT] New Techniques
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Scope:
The aim of this symposium is to bring together scientists, technology developers and
technology users who are investigating or exploiting thermal and related phenomena for
the investigation of a large variety of material properties and applications for energy
harvesting and storage, based on the micro-and nanotechnology. The topics in New
Techniques indicate that this field has developed a broad range of tools for fundamental
and applied research. The research in this field has reached a mature state, with an
established position in instrumentation development and measurement technology and
materials characterization.
A major goal of the symposium is enhancing synergies and supporting closer interactions
among wide segments of the scientific community. Therefore, special attention is given to
the breadth of relevance of the research fields of the symposium by opening the floor to
subjects from a wide-range of related domains of research. Participants are encouraged to
present their own results in the field.
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List of topics:
- Instrumentation and measurement techniques of thermal analysis and calorimetry
- Measurement techniques for thermal and related phenomena
- Diffusion and thermal waves, thermo-physical properties,
- Spectroscopy, analytical chemistry, and photochemistry,
- Mechanical and thermo-elastic phenomena,
- Thermal and elastic properties on nano- and micro-scale,
- A fuel cell, a solar battery, and new battery systems,
- Environmental chemistry, energy harvesting and storage
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Invited Talks
Glass Transition in Ultra Thin Polymeric Films Measured
by Differential AC-Chip Calorimetry
Dr. Heiko HUTH
Rostock University (Germany)
Thermodynamics of Hydrogen Production System
Prof. Jeong Won KANG
Korea University (Korea)
Nano-scale Thermal Analysis with MEMS Technology
Prof. Osamu NAKABEPPU
Meiji University (Japan)
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Publication
A special issue (or section) is planned to publish contributed papers
in Thermochimica Acta.
For details, go to Publication.
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Co-chairs:
Dr. Sang-Hyun LEE
Korea Research Institute
of Standards and Science (Korea)
leesh_at_kriss.re.kr
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Prof. Junko MORIKAWA
Tokyo Institute of Technology (Japan)
morikawa.j.aa_at_m.titech.ac.jp
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Program
Please click here to see poster program.
How to Read the Abstract Number
| Chair: Haruhiko Yao |
| NT-3102-1640 | Differential Power Compensated Fast Scanning Calorimeter
C Schick |
| NT-3102-1700 | Calibration and Applications of a Fast Scanning DSC - Project RHC
G. Van Assche |
| NT-3102-1720 | Application of a Deconvolution Method of DSC to Construct Aqueous Phase Diagram
R.C. Gosh |
| NT-3102-1740 | Two-Dimensional Thermal Analysis Using High-Speed Microthermography
Junko Morikawa |
| Chair: Sang-Hyun Lee |
| NT-4102-1100S | Nano-Scale Thermal Analysis with MEMS Technology
O Nakabeppu |
| NT-4102-1140S | Thermodynamics of Hydrogen Production System
J. W. Kang |
| Chair: Guy Van Assche |
| NT-5102-1100S | Glass Transition in Ultra Thin Polymeric Films Measured by Differential AC-Chip Calorimetry
H Huth |
| NT-5102-1140 | AC Specific Heat and Magnetocaloric Effect Measurements for Short Pulsed Magnetic Fields
Yoshimitsu Kohama |
| NT-5102-1200 | High-Resolution ac Calorimeter at Ultra High Pressure
Haruhiko Yao |
| Chair: Osamu Nakabeppu |
| NT-5102-1500 | Measurement of Gaseous Diffusion Coefficients using Quartz Crystal Microbalance
M.A. Siddiqi |
| NT-5102-1520 | Validation of the Thermogravimetric Method for Measurements of Vaporization Enthalpies of Ionic Liquids
Ricardas V Ralys |
| NT-5102-1540 | Comparison of Measurement Techniques for the Identification of Bound Water Restrained by Hydrophilic Polymers
T Hatakeyama |
| NT-5102-1600 | Flash DSC 1: A New Fast Differential Scanning Calorimeter
J.E.K. Schawe |
| NT-5102-1620 | Thermogravimetry-Linked Scan Mass Spectrometry - Detection of Urushiol from an East Asian Lacquer Film -
N Niimura |
| NT-5102-1640 | Composition Evaluation Method of Bioplastics Using Thermal Gravimetry (TG) and Accelerator Mass Spectrometry (AMS)
M Funabashi |
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