Surface modification technology by controlling the surface wettability or applying micro/nano-
structures to enhance the boiling heat transfer performance has attracted a great deal of …

Pool boiling with high-efficient heat transfer process is crucial to chemical engineering,
nuclear engineering, electronic cooling, and other energy conversion applications. Surface …

Characterized by low temperature difference and high heat flux, pool boiling heat transfer
has been widely applied in various engineering technical fields. The aim of this study was to …

Significant efforts have been made to augment nucleate boiling by surface modification with
micro-machined structures, but a general predictive approach for heat transfer enhancement …

As an effective way to strengthen pool boiling, surface modification has been widely studied
by many scholars. In this paper, the enhancement of pool boiling heat transfer by regular …

In this paper, pool boiling on micro-pillar structured surfaces is studied by using a three-
dimensional pseudo potential phase-change lattice Boltzmann method (LBM). The joint …

Boiling heat transfer is widely involved in various energy conversion and utilization systems
owing to its high heat transfer ecoefficiency even at low temperature differences. It is still a …

This work investigates the enhancement of pool boiling heat transfer upon grooved surfaces
through wettability modification, which is achieved by domain-selectively coating of highly …

Plain nickel foil surface, three kinds of plain nickel-based chemical treatment surfaces and
four kinds of nickel-based electrochemical treatment surfaces with nano-cone array structure …

The fast development of Internet of Things and MEMS/NEMS technologies has led the
manufacture of chips and sensors towards micro/nano level, yet this poses huge challenges …