This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pair of ultrasonic transducer. The gas hold-up profiles from 1.85 mm to 7.7 mm diameter are of interest in this investigation. The measurement setup consist of ultrasonic transducer, an experimental column, signal conditioning circuit, and a digital storage oscilloscope. The experiment was conducted using several gas hold-up profiles and the relationship between the ultrasonic amplitude and the profile were deduced. A finite element analysis was carried out to further verify the results. This paper explains how one could use ultrasonic transducer to estimate the gas hold-up profiles in a liquid column
The rate of gas-liquid mass transfer is very important in several industrial chemical engineering ap...
We describe an ultrasonic instrument for continuous real-time analysis of the fractional mixture of ...
Advisors: Mansour Tahernezhadi.Committee members: Michael Haji-Sheikh; Venumadhav Korampally.This is...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
In this letter, we present a work carried out to measure gas hold-up profiles in a liquid column usi...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
In this paper, we present a modelling and experimental work to characterize gas bubble profiles in ...
In this paper, we carried out a tomographic investigation of a chemical bubble column using ultrason...
© 2019 IOP Publishing Ltd. All rights reserved. The paper proposes to use an ultrasonic method to me...
Hold-up remains one of the major contributing factors to unaccounted for materials and can be a cost...
This study presents a novel method for determining the liquid level from the outside of a sealed con...
This paper proposes an application of industrial interest to assess the capacity of a tank, to measu...
Abstract to establish the location and shape of a Iiquid/vapor interface in a liquid container, thus...
Direct analysis of the internal characteristics of process plant has become a widespread need in ord...
The long-term goal with the research presented in this thesis has been to develop an ultrasonic sens...
The rate of gas-liquid mass transfer is very important in several industrial chemical engineering ap...
We describe an ultrasonic instrument for continuous real-time analysis of the fractional mixture of ...
Advisors: Mansour Tahernezhadi.Committee members: Michael Haji-Sheikh; Venumadhav Korampally.This is...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
In this letter, we present a work carried out to measure gas hold-up profiles in a liquid column usi...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
In this paper, we present a modelling and experimental work to characterize gas bubble profiles in ...
In this paper, we carried out a tomographic investigation of a chemical bubble column using ultrason...
© 2019 IOP Publishing Ltd. All rights reserved. The paper proposes to use an ultrasonic method to me...
Hold-up remains one of the major contributing factors to unaccounted for materials and can be a cost...
This study presents a novel method for determining the liquid level from the outside of a sealed con...
This paper proposes an application of industrial interest to assess the capacity of a tank, to measu...
Abstract to establish the location and shape of a Iiquid/vapor interface in a liquid container, thus...
Direct analysis of the internal characteristics of process plant has become a widespread need in ord...
The long-term goal with the research presented in this thesis has been to develop an ultrasonic sens...
The rate of gas-liquid mass transfer is very important in several industrial chemical engineering ap...
We describe an ultrasonic instrument for continuous real-time analysis of the fractional mixture of ...
Advisors: Mansour Tahernezhadi.Committee members: Michael Haji-Sheikh; Venumadhav Korampally.This is...