The coolant activity analysis to obtain the information about the fuel failure has been studied long before. And several codes have been developed to estimate the number of fuel failures through evaluating volatile and inert fission products release in coolant from the defective fuel. These codes use a fission product diffusion model coupled with a mass balance in the gap and coolant. But each code has a different model to assess fuel failure. In order to develop the model to estimate the number of fuel failures we analysis well-known code's models such as CHIRON, CADE, IODYNE, and CAAP and compare accuracy through Korean PWR activity data
The second phase of the national program for fusion energy development in Korea starts from 2012 for...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
Fuel failures during operation of Nuclear Power Plants (NPPs) may lead to substantial economic losse...
A way to confine potential consequences of an accident in a nuclear reactor is to limit the number o...
In this paper, the number of failing fuel rods in a large break loss-of-coolant accident (LB-LOCA) i...
Fuel failures may occur during operation of nuclear power plants. One of the possible and most sever...
A statistical fuel failure analysis procedure has been developed, and now applied in full scale to a...
A statistical fuel failure analysis procedure has been developed, and now applied in full scale to a...
The present work continues the series of papers on the revision of the conventional technique for ev...
Models for cesium and iodine release from light-water reactor (LWR) fuel rods failed in steam were f...
Saeed Ehsan Awan, PhD, Department of Physics & Applied Mathematics, PIEAS, June 2012. "Kinetic Simul...
Thesis (MSc. ARST) North-West University, Mafikeng campus, 2003This dissertation entails the calcula...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product r...
Analysis of release data obtained during High Burnup Fuel Test 10 (HBU-10) has been completed. In th...
The second phase of the national program for fusion energy development in Korea starts from 2012 for...
The second phase of the national program for fusion energy development in Korea starts from 2012 for...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
Fuel failures during operation of Nuclear Power Plants (NPPs) may lead to substantial economic losse...
A way to confine potential consequences of an accident in a nuclear reactor is to limit the number o...
In this paper, the number of failing fuel rods in a large break loss-of-coolant accident (LB-LOCA) i...
Fuel failures may occur during operation of nuclear power plants. One of the possible and most sever...
A statistical fuel failure analysis procedure has been developed, and now applied in full scale to a...
A statistical fuel failure analysis procedure has been developed, and now applied in full scale to a...
The present work continues the series of papers on the revision of the conventional technique for ev...
Models for cesium and iodine release from light-water reactor (LWR) fuel rods failed in steam were f...
Saeed Ehsan Awan, PhD, Department of Physics & Applied Mathematics, PIEAS, June 2012. "Kinetic Simul...
Thesis (MSc. ARST) North-West University, Mafikeng campus, 2003This dissertation entails the calcula...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product r...
Analysis of release data obtained during High Burnup Fuel Test 10 (HBU-10) has been completed. In th...
The second phase of the national program for fusion energy development in Korea starts from 2012 for...
The second phase of the national program for fusion energy development in Korea starts from 2012 for...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
Fuel failures during operation of Nuclear Power Plants (NPPs) may lead to substantial economic losse...