Static liquid holdup was determined in situ, in a column packed with Katapak-SP12 (TM) elements, using a non-intrusive X-ray tomographic technique. Experiments were performed in a 10 cm diameter PVC column with the air-water system. The technique allows a local determination of the various liquid holdup as well as of the capillary height, without dismantling the elements. Results are in good agreement with correlations proposed in the literature. (C) 2007 Elsevier Ltd. All rights reserved
In this work X-ray tomography is used to analyse the influence of liquid viscosity on liquid flow in...
We describe a new, high-energy (420 kV), large-scale (0.45 m in diameter, 4 m in height) x-ray tomog...
peer reviewedThis work focuses on the analysis of X-ray tomographic images of liquid flow distributi...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
In this paper, we report on the use of a high energy and high resolution X-ray tomograph to visualiz...
In the frame of the present study, the influence of liquid viscosity on liquid holdup distribution i...
peer reviewedThis paper presents the results of an experimental study carried out to exa...
X-ray tomography is used to characterise the liquid distribution in a 0.6 meter diameter and 2 meter...
In the present work a new probe based on the measurement of the electrical capacitance has been deve...
This paper presents the results of a study carried out to examine liquid hold-up and flow distributi...
An X-ray visualization technique has been used for the quantitative determination of local liquid ho...
Unit operations such as distillation, absorption, and stripping rely on the contacting of vapor and...
Presentation of the x-ray tomography setup and of the experimental results relative to the fluid dis...
In the frame of the present study, the influence of liquid viscosity on liquid holdup in a packed co...
In this work X-ray tomography is used to analyse the influence of liquid viscosity on liquid flow in...
We describe a new, high-energy (420 kV), large-scale (0.45 m in diameter, 4 m in height) x-ray tomog...
peer reviewedThis work focuses on the analysis of X-ray tomographic images of liquid flow distributi...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
In this paper, we report on the use of a high energy and high resolution X-ray tomograph to visualiz...
In the frame of the present study, the influence of liquid viscosity on liquid holdup distribution i...
peer reviewedThis paper presents the results of an experimental study carried out to exa...
X-ray tomography is used to characterise the liquid distribution in a 0.6 meter diameter and 2 meter...
In the present work a new probe based on the measurement of the electrical capacitance has been deve...
This paper presents the results of a study carried out to examine liquid hold-up and flow distributi...
An X-ray visualization technique has been used for the quantitative determination of local liquid ho...
Unit operations such as distillation, absorption, and stripping rely on the contacting of vapor and...
Presentation of the x-ray tomography setup and of the experimental results relative to the fluid dis...
In the frame of the present study, the influence of liquid viscosity on liquid holdup in a packed co...
In this work X-ray tomography is used to analyse the influence of liquid viscosity on liquid flow in...
We describe a new, high-energy (420 kV), large-scale (0.45 m in diameter, 4 m in height) x-ray tomog...
peer reviewedThis work focuses on the analysis of X-ray tomographic images of liquid flow distributi...