Light and Heat Control Materials Group
We are developing environmentally responsive materials that change their transmittance and maintain their anti-adhesion function over the long term. For example, we are working on the development of optical switching materials that control the amount of sunlight that flows into rooms and vehicles to realize energy-saving and comfortable spaces, and surface materials that support safe and secure living and energy creation by controlling snow and ice adhesion on road signs, solar panels, and other surfaces.
Group Research Theme
Solar transmission control device with temperature response using polymer networked liquid crystal
The device can control reversibly solar transmittance by thermoresponsively switching optical clarity between cloudy and transparent states.
Development of thermo-responsive coatings allowing to protect adhesion of ice and snow.
Novel organogel coatings showing thermo-responsive anti-icing/ snow properties are developing.
Staff Members
photo | position & name | field of expertise | and other info |
---|---|---|---|
Leader, Group,
Chihiro Urata |
Organic-inorganic hybrid ; Organogel. Soft matter ; Surface modification ; Nano surface and interface | Web of Science | |
Chief Senior Researcher,
Atsushi Hozumi |
Surface chemistry ; Thin film engineering ; Material processing | Web of Science | |
Senior Researcher,
Yasusei Yamada |
Solar and thermal control materials ; Energy-saving materials ; Passive materials ; Solar radiation environment ; Thermal environment | ORCID Web of Science |
|
Senior Researcher,
Kaori Nishizawa |
Functional ceramics ; Solution chemistry ; Thin films | ORCID Web of Science |
|
Senior Researcher,
Hiroshi Kakiuchida |
optical materials ; optical and thermal properties ; optical measurements | ORCID Web of Science |
|
Senior Researcher,
Chih-Wei Hu |
Chromogenic materials ; gasochromic materials ; conducting polymers ; catalytic nanoparticles ; metal complex ; hydrogen sensing | ORCID Web of Science |