Keywords: Fluoropolymers / Heat resistant polymers / Highly fluorescent
polyimides
/ Conformation Control / Vacuum UV, Vis & IR optical properties
/ Super-high pressure polymer conformation and optical properties
/ Thermally conductive polymers
/ Polymer electronic structures, calculation and prediction and excited
states
Research Methods: Temeprature varied Refractive index and birifringence
measurements
/ Polarized ATR-FTIR / Polarized absorption emission spectre
/ Optical measurements under high pressure using diamond anvil cell and water-pressurized cell
/ Density functional theory / Solid 19F NMR / Nanofiber manufacture and
evaluation
/ Thermal and heat coefficients measurements and their anisotropy
/ Temperature variation and thermal diffusivity measurements
There are many fully-aromatic polymers known to have unique thermal, electrical,
and optical properties. Fluoropolyimides are new class of polymers having
combination of high functionality due to fluorine atoms and high thermal
stability due to the polyimides. Currently we are researching on solid state morphologies and relationship with its optical, elctrical
and thermal properties of fluorinated polymers and fully-aromatic polymers.
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Fine measurement and enhancement thermally stable polymer optical properties (refractive index, birifringence, photo-absorption, fluorescence) |
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Development of thermally stable and thermally conductive materials by using
phase separation between fluorinated / sulfonated polyimides. |
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Design of novel optical polyimide materials by using variation in electrical
structure, conformation, orientation triggered by high pressure. |
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Development of new spectroscopic methods appropriate for fluorinated polymers and fully aromatic polyimides. |
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Predictions of optical properties in IR and UV by using calculation methods. |
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Improvements in optical and electrical properties by hybridization with inorganic and metallic nanoparticles. |
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Please Click here for past research reports of our bachelors, masters and Ph.Ds
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We are always looking for people willing to research with us, please feel
free to get in touch by e-mail.
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 研究室の紹介(Japanese.pdf) Introduction of Our Group (English pdf) Dept. of Chemistry and Materials HP |
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