Add to ORKGThis paper reports an experimental investigation of the iso-thermal flow patterns within a Solar Expanding-Vortex Particle Receiver-Reactor, employing multi-plane Particle Image Velocimetry technique and hydrogen bubble visualisation. The main features of the vortex structure are presented and discussed.A. Chinnici, Y. Xue, T.C.W. Lau, M. Arjomandi, G.J. Natha
The fluidized particle-in-tube solar receiver concept is promoted as an attractive solution for heat...
We present the first experimental assessment of the influence of receiver tilt angle on the particle...
We present the first experimental assessment of the influence of receiver tilt angle on the particle...
The iso-thermal flow field within several configurations of a Solar Expanding-Vortex Particle Receiv...
A novel configuration of Solar Vortex Reactor (SVR), termed the Solar Expanding-Vortex Particle Reac...
A hydrogen-producing solar reactor was experimentally tested to study the cyclone flow dynamics of t...
A hydrogen-producing solar reactor was experimentally tested to study the cyclone flow dynamics of t...
A hydrogen-producing solar reactor was experimentally tested to study the cyclone flow dynamics of t...
Solar reactors featuring a circulating cyclone flow pattern provide enhanced heat transfer and longe...
Solar thermal cracking of methane produces two valuable products; hydrogen gas and solid carbon, bot...
The thesis presents a systematic study of particle-gas flow behaviour within an open vortex-based s...
Solar thermal cracking of methane produces two valuable products, hydrogen gas and solid carbon, bot...
We report a joint experimental, numerical and theoretical study of particle residence times in a nov...
Solar reactors, by nature of their high temperature, are nearly experimentally inaccessible. Most in...
This thesis investigates vortex-based solar thermal particle receivers to provide new understanding ...
The fluidized particle-in-tube solar receiver concept is promoted as an attractive solution for heat...
We present the first experimental assessment of the influence of receiver tilt angle on the particle...
We present the first experimental assessment of the influence of receiver tilt angle on the particle...
The iso-thermal flow field within several configurations of a Solar Expanding-Vortex Particle Receiv...
A novel configuration of Solar Vortex Reactor (SVR), termed the Solar Expanding-Vortex Particle Reac...
A hydrogen-producing solar reactor was experimentally tested to study the cyclone flow dynamics of t...
A hydrogen-producing solar reactor was experimentally tested to study the cyclone flow dynamics of t...
A hydrogen-producing solar reactor was experimentally tested to study the cyclone flow dynamics of t...
Solar reactors featuring a circulating cyclone flow pattern provide enhanced heat transfer and longe...
Solar thermal cracking of methane produces two valuable products; hydrogen gas and solid carbon, bot...
The thesis presents a systematic study of particle-gas flow behaviour within an open vortex-based s...
Solar thermal cracking of methane produces two valuable products, hydrogen gas and solid carbon, bot...
We report a joint experimental, numerical and theoretical study of particle residence times in a nov...
Solar reactors, by nature of their high temperature, are nearly experimentally inaccessible. Most in...
This thesis investigates vortex-based solar thermal particle receivers to provide new understanding ...
The fluidized particle-in-tube solar receiver concept is promoted as an attractive solution for heat...
We present the first experimental assessment of the influence of receiver tilt angle on the particle...
We present the first experimental assessment of the influence of receiver tilt angle on the particle...