纳米空间受限流体能质输运特性

Mass and Energy Transport of Nanoconfined Fluids

Basic Research：    

1）Scale effects on energy and mass transport of nanoconfined fluids

2）New theory and description of nanoscale multiphase flow

3）Extension of continuum theory of fluid mechanics to nanoscales

4）Coupling and matching of flow and chemical reaction in nanospaces

5）Mechanisms of water and ions through aquaporin channels

Applied Research：

1）Separation technologies using two-dimensional material membranes

Seawater desalination, Gas separation & CO₂ capture, Extraction of strategic resources (He/Li)

2）Efficient production technologies for tight oil and gas reservoirs

Functional water flooding, Gas flooding & CO₂ sequestration, Phase transition & migration of hydrocarbon

3）Energy conversion technologies based on nanoporous membranes

Power generation using mixing (salinity/concentration-gradient) energy, Solar interfacial water evaporation, Hydrogen-electricity conversion 

Publications can be found in my homepage of Google Scholar （Chengzhen Sun）