The High flux Advanced Neutron Application ReactOr (HANARO) is a unique research reactor in the Republic of Korea, and has been used for irradiation testing since 1998. To conduct irradiation tests for nuclear materials, the irradiation holes of CT and OR5 have been used due to a high fast-neutron flux. Because the neutron flux must be accurately calculated to evaluate the neutron fluence of irradiated material, it was conducted using MCNP. The neutron flux was measured using fluence monitor wires to verify the calculated result. Some evaluations have been conducted, however, more than 20% errors have frequently occurred at the OR irradiation hole, while a good agreement between the calculated and measured data was shown at the CT irradiati...
The Korean Nuclear-Hydrogen Technology Development (NHTD) Plan will be performing irradiation testin...
An irradiator with four Am-Be neutron sources (activity 111 GBq each) was used for testing electroni...
The UCD/ MNRC research reactor of the TRIGA type is designed to be operated at a nominal 2 .0 MW ste...
The High flux Advanced Neutron Application ReactOr (HANARO) is a unique research reactor in the Repu...
HANARO is a multipurpose research reactor located at the Korea Atomic Energy Research Institute (KAE...
The design of the cold neutron source(CNS) facility for HANARO, a 30 MW research reactor, is in prog...
HANARO is a multipurpose research reactor located at the Korea Atomic Energy Research Institute (KAE...
As a central plant of the Korea Atomic Energy Research Institute, Hi-flux Advanced Neutron Applicati...
A gradient of neutron flux distribution in an irradiation channel in research reactor is considered ...
Neutron Application ReactOr) is an open-pool type multi-purposed research reactor located at KAERI, ...
To improve the accuracy and safety of irradiation tests in High flux Advanced Neutron Application Re...
A calibration technology of the self-powered neutron detectors (SPNDs) using a large vertical irradi...
The result for large sample irradiation are continuously piping into the Center for Energy Research ...
The result for large sample irradiation are continuously piping into the Center for Energy Research ...
A method of measuring the neutron flux distribution in the experimental holes through a reactor is d...
The Korean Nuclear-Hydrogen Technology Development (NHTD) Plan will be performing irradiation testin...
An irradiator with four Am-Be neutron sources (activity 111 GBq each) was used for testing electroni...
The UCD/ MNRC research reactor of the TRIGA type is designed to be operated at a nominal 2 .0 MW ste...
The High flux Advanced Neutron Application ReactOr (HANARO) is a unique research reactor in the Repu...
HANARO is a multipurpose research reactor located at the Korea Atomic Energy Research Institute (KAE...
The design of the cold neutron source(CNS) facility for HANARO, a 30 MW research reactor, is in prog...
HANARO is a multipurpose research reactor located at the Korea Atomic Energy Research Institute (KAE...
As a central plant of the Korea Atomic Energy Research Institute, Hi-flux Advanced Neutron Applicati...
A gradient of neutron flux distribution in an irradiation channel in research reactor is considered ...
Neutron Application ReactOr) is an open-pool type multi-purposed research reactor located at KAERI, ...
To improve the accuracy and safety of irradiation tests in High flux Advanced Neutron Application Re...
A calibration technology of the self-powered neutron detectors (SPNDs) using a large vertical irradi...
The result for large sample irradiation are continuously piping into the Center for Energy Research ...
The result for large sample irradiation are continuously piping into the Center for Energy Research ...
A method of measuring the neutron flux distribution in the experimental holes through a reactor is d...
The Korean Nuclear-Hydrogen Technology Development (NHTD) Plan will be performing irradiation testin...
An irradiator with four Am-Be neutron sources (activity 111 GBq each) was used for testing electroni...
The UCD/ MNRC research reactor of the TRIGA type is designed to be operated at a nominal 2 .0 MW ste...