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BoHung Kim

Assistant Professor

University of Ulsan

Research Interests

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Articles (22)

Collaborators (2)

Murat Barisik

University of Tennessee at Chattanooga

UNITED STATES

Chirodeep Bakli

Associate Professor

Indian Institute of Technology, Kharagpur

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BoHung Kim

Research Interests

Explore related searches

Articles (22)

Collaborators (2)

Murat Barisik

Chirodeep Bakli

Make your next move.

BoHung Kim

Research Interests

Explore related searches

Articles (22)

Investigating viscous heating and shear-driven flow using various solid interfaces in semiconductors CMP process

Electric-Field Effects on Selective Transport through Graphene Nanopores

Molecular Friction Trumps Viscosity in Angstrofluidic Transport

Critical thresholds in molecular transport through nanogrooves

From continuum Couette flow to occupancy-controlled single-file shear transport in sub-1-nm channel

Molecular admission and packing govern transport in subnanometre graphene slits

Redefining flow regimes in sub-nanometer carbon channels under life-scale confinement

Anomalous Water Flow in Sub‐Nanometer Carbon Nanoconfinement

Interplay of topography, wettability, and confinement controls boiling of water over functionalized graphene interfaces

Nanoscale thermal transport at metal-semiconductor interfaces: size-dependent exponential scaling

Unveiling unique ion transport mechanisms in nanopores beyond the continuum framework

Applied Electric Field Effects on Diffusivity and Electrical Double‐Layer Thickness

Revealing molecular insights into surface charge and local viscosity in electroosmotic flows

Estimating water transport in carbon nanotubes: a critical review and inclusion of scale effects

The validity of the continuum modeling limit in a single pore flows to the molecular scale

Unraveling the Molecular Interface and Boundary Problems in an Electrical Double Layer and Electroosmotic Flow

Scale effects in the nanoscale heat transfer of molecular interfaces with different lattice orientations

Scale Effect on Simple Liquid Transport through a Nanoporous Graphene Membrane

Effects of dissimilar molecular interface and ion-concentration on wetting characteristics of nanodroplets

First law of thermodynamics on the boundary for flow through a carbon nanotube

Scale Effects in Nanoscale Heat Transfer for Fourier’s Law in a Dissimilar Molecular Interface

Molecular transportation phenomena of simple liquids through a nanoporous graphene membrane

Collaborators (2)

Murat Barisik

Chirodeep Bakli

Make your next move.