Pool boiling in microgravity, in the presence of an electric field or less, was investigated in ARIEL test setup, integrated in Fluidpac facility, on Foton-M2 orbital mission. The nucleate boiling curve with FC-72 was measured in terrestrial and reduced gravity conditions, on a heated surface whose size was relevant from a technical point of view, for various degrees of fluid subcooling and high heat rates. An external electrostatic field was also added to investigate its use as a possible replacement of buoyancy. Counterpart tests were carried out in the same apparatus in normal gravity, before the mission. The present paper deals in particular with the comparison between boiling performance in normal and reduced gravity in the entire expe...
The effects of low gravity on boiling heat transfer are presented. A short overview of boiling is pr...
A series of experimental studies on the heat transfer characteristics of pool boiling were conducted...
Investigation of mechanisms in nucleate boiling under microgravity conditions is essential for the d...
The ARIEL experiment was flown aboard of Foton-M2 satellite, and hosted in FLUIDPAC facility, sharin...
The ARIEL experiment was flown on May 2005 aboard of Foton-M2 satellite and was dedicated to the stu...
The electric field has an influence on boiling heat transfer, as evidenced many years ago, and can a...
This paper reports the observations of boiling flow patterns in FC-72, performed during a microgravi...
The research carried out in the Heat Transfer Laboratory of the Johns Hopkins University was motivat...
Results from the variable gravity pool boiling experiments performed during the 52nd ESA parabolic f...
The paper reports the main results obtained during a sounding rocket experiment about the effect of ...
The main outcomes of the worldwide experimental activity dealing with pool boiling in reduced gravit...
Heating wall temperature distribution and bubble shapes were measured during nucleate boiling of FC-...
This paper summarizes more than 20 years of research aimed at studying the effects of electrical and...
Heating wall temperature distribution and bubble shapes were measured during nucleate boiling of FC-...
Recent experimentation of boiling in different environments, namely in reduced or enhanced gravity a...
The effects of low gravity on boiling heat transfer are presented. A short overview of boiling is pr...
A series of experimental studies on the heat transfer characteristics of pool boiling were conducted...
Investigation of mechanisms in nucleate boiling under microgravity conditions is essential for the d...
The ARIEL experiment was flown aboard of Foton-M2 satellite, and hosted in FLUIDPAC facility, sharin...
The ARIEL experiment was flown on May 2005 aboard of Foton-M2 satellite and was dedicated to the stu...
The electric field has an influence on boiling heat transfer, as evidenced many years ago, and can a...
This paper reports the observations of boiling flow patterns in FC-72, performed during a microgravi...
The research carried out in the Heat Transfer Laboratory of the Johns Hopkins University was motivat...
Results from the variable gravity pool boiling experiments performed during the 52nd ESA parabolic f...
The paper reports the main results obtained during a sounding rocket experiment about the effect of ...
The main outcomes of the worldwide experimental activity dealing with pool boiling in reduced gravit...
Heating wall temperature distribution and bubble shapes were measured during nucleate boiling of FC-...
This paper summarizes more than 20 years of research aimed at studying the effects of electrical and...
Heating wall temperature distribution and bubble shapes were measured during nucleate boiling of FC-...
Recent experimentation of boiling in different environments, namely in reduced or enhanced gravity a...
The effects of low gravity on boiling heat transfer are presented. A short overview of boiling is pr...
A series of experimental studies on the heat transfer characteristics of pool boiling were conducted...
Investigation of mechanisms in nucleate boiling under microgravity conditions is essential for the d...