This publication lays the foundation for the description of the Multiscale Boiling Experiment,
which was conducted within two measurement campaigns on the International Space …

This paper presents open challenges and perspectives of propellant management for
crewed deep space exploration. The most promising propellants are liquid hydrogen and …

The experimental outcomes of single bubbles nucleated and growth from a heated surface
immersed in an electric field in high-quality microgravity level are presented. Data were …

This work consists of an experimental study of the microscale physical phenomena
occurring during the growth of a single bubble attached to the heater at nucleate boiling. The …

Under both normal gravity and microgravity conditions, pool boiling is an efficient mode of
heat transfer which has been widely applied in practice. Studying the influence of …

Boiling heat transfer associated with bubble growth is perhaps one of the most efficient
cooling methodologies due to its large latent heat during phase change. Despite the …

A series of experimental studies on the heat transfer characteristics of pool boiling were
conducted aboard the Chinese satellite SJ-10 in April 2016. Ground comparative …

Nucleate boiling is perhaps one of the most efficient cooling methodologies due to its large
heat flux with a relatively low superheat. Nucleate boiling often occurs on surfaces oriented …

The formation of liquid microlayers during the dewetting of a hot surface has significant
effects on heat transfer in boiling and evaporation processes. Understanding the criteria for …

The study of microgravity, a condition in which an object experiences near-zero weight, is a
critical area of research with far-reaching implications for various scientific disciplines …