Nanoscale Flow Research Division
| Field distinction | Professor / Associate Professor / Assistant professor |
|---|---|
| Non-Equilibrium Molecular Gas Flow Laboratory | Concurrent Professor : Taku Ohara |
| Molecular Heat Transfer Laboratory | Professor : Taku Ohara Assistant Professor : Donatas SURBLYS |
| Quantum Nanoscale Flow Systems Laboratory | Professor : Takashi Tokumasu Specially Appointed Assistant Professor : Naoya Uene |
| Biological Nanoscale Reactive Flow Laboratory | Professor : Takehiko Sato Assistant Professor : Siwei LIU |
| Molecular Composite Flow Laboratory | Concurrent Professor : Taku Ohara Associate Professor : Gota Kikugawa |
| Biomolecular Flow Systems Laboratory | Concurrent Professor : Takashi Tokumasu Associate Professor : Takuya Mabuchi |
| Nanoscale Flow Application Laboratory | (Visiting Professor) |
The Nanoscale Flow Research Division was established to advance basic science and to explore new R&D aread related to nano/microscale thermal and fluid phenomena and thermophysical properties. Creation of novel medical technologies and development of innovative nanoscale thermal and fluid devices are pursued through the progress and deepening of science, as well as investigation of mass-momentum-energy transfer mechanisms of scales of electrons-molecules and new discoveries of nanoscale flow characteristics in living bodies and nano-devices.
- ■Physical and transport phenomena in non-equilibrium gas flow and their applications
- ■Nanoscale flow and interfacial phenomena governing macroscopic thermal and fluid properties
- ■Physical mechanism of the quantum effect of fluid molecules on flow dynamics
- ■Reactions, thermal flow dynamics of plasma flow and their application for medical engineering
- ■Transport phenomena in large-scale composite systems governed by molecular physics and their applications
- ■Elucidation of biomolecular nanoflow phenomena and their application to artificial molecular systems
- ■Development of novel flow devices utilizing unique nanoscale flow and interfacial phenomena