[[abstract]]A simple plane model is proposed for correcting the effect of void fluctuations on void-fraction determination in two-phase-flow systems employing the modified (one-shot) photon-attenuation method. Through a series of benchmark tests, an experimental observation is that if the static void assumption is used, the experimental result will consistently exceed the actual time-averaged void fraction. The accuracy of the void-fraction prediction can be much improved by the correction procedure established in this work.[[fileno]]2060131010064[[department]]工程與系統科學
The measurement of void fraction is of importance to the oil industry and chemical industry. In this...
AbstractOnline, continuous two phase flow measurements is often necessary for analysis of the two ph...
[[abstract]]Methods using the signals detected by a single void fraction sensor to identify four kin...
[[abstract]]A modified one-shot method is proposed to improve the accuracy of void-fraction determin...
[[abstract]]Proposes a modified one-shot photon-attenuation method for the determination of average ...
[[abstract]]A modified one-shot photon-attenuation method is presented for the determination of the ...
[[abstract]]This paper reports on the use of the `modified one-shot photon-attenuation method' to pr...
[[abstract]]On the basis of gamma-transmission measurements, an iterative method has been establishe...
[[abstract]]On the basis of gamma-transmission measurements, an iterative method has been establishe...
The void fraction is one of the most important parameters characterizing a multiphase flow. The pred...
Abstract: The knowledge on the structure and dynamical behavior of the two phase flow is important ...
Void fraction is an important parameter in the oil industry. This quantity is necessary for volume r...
AbstractVoid fraction is an important parameter in the oil industry. This quantity is necessary for ...
Gamma rays emanating from a radioactive source are beamed through and are attenuated by steam --wate...
[[abstract]]The void fraction is one of the most important quantities in experimental studies of two...
The measurement of void fraction is of importance to the oil industry and chemical industry. In this...
AbstractOnline, continuous two phase flow measurements is often necessary for analysis of the two ph...
[[abstract]]Methods using the signals detected by a single void fraction sensor to identify four kin...
[[abstract]]A modified one-shot method is proposed to improve the accuracy of void-fraction determin...
[[abstract]]Proposes a modified one-shot photon-attenuation method for the determination of average ...
[[abstract]]A modified one-shot photon-attenuation method is presented for the determination of the ...
[[abstract]]This paper reports on the use of the `modified one-shot photon-attenuation method' to pr...
[[abstract]]On the basis of gamma-transmission measurements, an iterative method has been establishe...
[[abstract]]On the basis of gamma-transmission measurements, an iterative method has been establishe...
The void fraction is one of the most important parameters characterizing a multiphase flow. The pred...
Abstract: The knowledge on the structure and dynamical behavior of the two phase flow is important ...
Void fraction is an important parameter in the oil industry. This quantity is necessary for volume r...
AbstractVoid fraction is an important parameter in the oil industry. This quantity is necessary for ...
Gamma rays emanating from a radioactive source are beamed through and are attenuated by steam --wate...
[[abstract]]The void fraction is one of the most important quantities in experimental studies of two...
The measurement of void fraction is of importance to the oil industry and chemical industry. In this...
AbstractOnline, continuous two phase flow measurements is often necessary for analysis of the two ph...
[[abstract]]Methods using the signals detected by a single void fraction sensor to identify four kin...