100 Ping Le Yuan
Chaoyang District
Beijing, 100020
China
Beijing University of Technology
Nucleate boiling, molecular dynamics, Nano-cavity, Boiling initiation temperature, Heat accumulation effect
Nucleate boiling, Molecular dynamics simulation, Nanocavity, Geometry effect, Solid-liquid interactions, Enhancement mechanism
liquid evaporation, nanochannel, roughness, direct simulation Monte Carlo
Liquid evaporation, Nanochannel, roughness, Direct simulation Monte Carlo, Evaporation resistance
thermal cloak, Thermal conductivity, bulk materials
Free molecular regime, Shear lift forces, Gas kinetic theory, Near-wall particles
Helical rectangular channel, Instantaneous characteristic, Liquid film thickness, Dimensionless curvature, Dimensionless pitch
thermal cloaking, temperature-dependent thermal conductivity, bulk material
Hybrid wettability, Nanostructured surface, Flow boiling, Nanochannels, Molecular dynamics simulations
Immersion cooling, Dielectric liquid, Nucleate pool boiling, Commercial carbon nanotube film, Interconnected nanoporous network, Capillary wicking
Boiling enhancement, Superhydrophilic, Solid-liquid interactions, Molecular dynamics, Heat transfer efficiency, Potential energy barrier
non-spherical particles, free molecular regime, shear lift forces, particle orientation distribution, direct simulation Monte Carlo
sinusoidal microchannel heat sink, variable period, temperature distribution, Thermohydraulic performance, enhance heat transfer.
free molecule regime, gas kinetic theory, near-wall effect
Nucleate boiling, molecular dynamics simulation, Nanocavity, Inhomogeneous wettability, Synergistic effect, Enhancement mechanism
thermo-osmosis, Janus membrane, water production rate, desalination, low-grade thermal energy
thermo-osmosis, direction reverse, nanochannel, potential of mean force, slope, surfactant
thermal rectification, solid-liquid interface, surfactant, interface thermal resistance
