Add to ORKGPresentation of the x-ray tomography setup and of the experimental results relative to the fluid distribution and to the flow morphology in a column packed with high performance packing (Mellapak 752Y). The influence of liquid flowrate and of liquid viscosity is addressed. Results are used to get information required to model the mass-transfer performance in the column
We developed a simple practical methodology to face common problems encountered in the analysis of t...
In the frame of the present study, the influence of liquid viscosity on liquid holdup distribution i...
peer reviewedIn the modeling of gas-liquid separation processes in structured packings, fluid dynami...
In this work X-ray tomography is used to analyse the influence of liquid viscosity on liquid flow in...
peer reviewedIn this work X-ray tomography is used to analyse the influence of liquid v...
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...
peer reviewedFluid dynamics in structured packings is investigated by X-ray tomography. The focus is...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
In this paper, we propose a new experimental technique, based on X-ray tomography, allowing the anal...
peer reviewedThe objectives of this work are the investigation of liquid flow morphology inside a st...
Unit operations such as distillation, absorption, and stripping rely on the contacting of vapor and...
In this paper, we report on the use of a high energy and high resolution X-ray tomograph to visualiz...
We developed a practical methodology to face common problems encountered in the analysis of tomograp...
The objective of this work is the development of a model to predict the separation efficiency of str...
We developed a simple practical methodology to face common problems encountered in the analysis of t...
In the frame of the present study, the influence of liquid viscosity on liquid holdup distribution i...
peer reviewedIn the modeling of gas-liquid separation processes in structured packings, fluid dynami...
In this work X-ray tomography is used to analyse the influence of liquid viscosity on liquid flow in...
peer reviewedIn this work X-ray tomography is used to analyse the influence of liquid v...
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...
peer reviewedFluid dynamics in structured packings is investigated by X-ray tomography. The focus is...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
In this paper, we propose a new experimental technique, based on X-ray tomography, allowing the anal...
peer reviewedThe objectives of this work are the investigation of liquid flow morphology inside a st...
Unit operations such as distillation, absorption, and stripping rely on the contacting of vapor and...
In this paper, we report on the use of a high energy and high resolution X-ray tomograph to visualiz...
We developed a practical methodology to face common problems encountered in the analysis of tomograp...
The objective of this work is the development of a model to predict the separation efficiency of str...
We developed a simple practical methodology to face common problems encountered in the analysis of t...
In the frame of the present study, the influence of liquid viscosity on liquid holdup distribution i...
peer reviewedIn the modeling of gas-liquid separation processes in structured packings, fluid dynami...