Add to ORKGExperimental and surface gamma irradiations of various small volume of bulk materials can be carried out at Lucas Heights by using an array of spent fuel elements from the reactor HIFAR in an irradiation pond. Details of the gamma radiation fields available are given and the irradiation techniques are described. These include experimental irradiations at low, ambient, and above-ambient temperatures. Geometrical factors which affect the dose rate are taken into account to ensure that the materials receive the specified dose
Operation of nuclear reactors leads to the production of spent nuclear fuel (SNF). There are two bas...
This chapter deals with gamma background radiation that is exposed to two major natural sources: nor...
Introduction A neutron irradiation facility based on four 241Am–Be sources, activity of 1.11·1011 B...
Experimental and service gamma irradiations of various small volume or bulk materials can be carried...
With the reactor operation conditions - 4.3 wt% $^{235}U$ initial enrichment, burn-up 55,000 MWd/MTU...
Purpose: The FIGARO low dose 60Co gamma irradiation facility at the Norwegian University of Life Sci...
Gross gamma-ray dose rates from six spent TRIGA fuel elements were measured and compared to calculat...
Gamma radiation consists of high‐energy photons and penetrates matter. This is an advantage for the ...
Gamma ray exposure rates in Plum Brook HB-6 facility measured with dosimeters and ion chamber
An irradiator with four Am-Be neutron sources (activity 111 GBq each) was used for testing electroni...
The paper presents background value equivalent dose of gamma-radiation investigation in different we...
Tez (Yüksek Lisans) -- İstanbul Teknik Üniversitesi, Enerji Enstitüsü, 1994Thesis (S.M.)--Massachuse...
A neutron irradiation facility based on four 241Am–Be sources, each one with an activity of 111 GBq,...
In the future, the demand for energy is predicted to grow and more countries plan to utilize nuclear...
In most cases, gamma radiation is the dominant dose contributor, but in specific configurations, neu...
Operation of nuclear reactors leads to the production of spent nuclear fuel (SNF). There are two bas...
This chapter deals with gamma background radiation that is exposed to two major natural sources: nor...
Introduction A neutron irradiation facility based on four 241Am–Be sources, activity of 1.11·1011 B...
Experimental and service gamma irradiations of various small volume or bulk materials can be carried...
With the reactor operation conditions - 4.3 wt% $^{235}U$ initial enrichment, burn-up 55,000 MWd/MTU...
Purpose: The FIGARO low dose 60Co gamma irradiation facility at the Norwegian University of Life Sci...
Gross gamma-ray dose rates from six spent TRIGA fuel elements were measured and compared to calculat...
Gamma radiation consists of high‐energy photons and penetrates matter. This is an advantage for the ...
Gamma ray exposure rates in Plum Brook HB-6 facility measured with dosimeters and ion chamber
An irradiator with four Am-Be neutron sources (activity 111 GBq each) was used for testing electroni...
The paper presents background value equivalent dose of gamma-radiation investigation in different we...
Tez (Yüksek Lisans) -- İstanbul Teknik Üniversitesi, Enerji Enstitüsü, 1994Thesis (S.M.)--Massachuse...
A neutron irradiation facility based on four 241Am–Be sources, each one with an activity of 111 GBq,...
In the future, the demand for energy is predicted to grow and more countries plan to utilize nuclear...
In most cases, gamma radiation is the dominant dose contributor, but in specific configurations, neu...
Operation of nuclear reactors leads to the production of spent nuclear fuel (SNF). There are two bas...
This chapter deals with gamma background radiation that is exposed to two major natural sources: nor...
Introduction A neutron irradiation facility based on four 241Am–Be sources, activity of 1.11·1011 B...