Effect of 238U replacement with 232Th in small modular reactor fuel matrix was studied. Four different 235U enrichment levels (10, 13.8, 16.5 and 19.8 wt%) were used in a pairwise manner for UO2 and (ThO2 + 235U) fuels. The calculation was performed using Monte Carlo N-particle code integrated with CINDER90 for burn-up calculations in a homogeneous fuel assembly. The results show that enrichment level <17 wt% for thorium fuel produced virtually no plutonium isotopes but became visible only at 19.8 wt% enrichment. The number of neutrons produced per fission (ν) for ThO2 + 235U was less than that of UO2 because its averaged contribution from 235U and 233U was smaller compared to the similar contribution from 239Pu, 241Pu and 235U. Large amoun...
The production of nuclear energy with existing nuclear reactors is equivalent to the use of low enri...
The accumulation of civil Plutonium from nuclear energy production continuously attains attention as...
The present concern about a sustainable energy supply is characterised by a considerable uncertainty...
Effect of 238U replacement with 232Th in small modular reactor fuel matrix was studied. Four differe...
Thorium-based nuclear fuel has become an interesting subject for a variety of research with a wide r...
A renewed interest in thorium-based fuels has arisen lately based on the need for proliferation resi...
Decrease of the economically accessible uranium resources and the inherent proliferation resistance ...
An assessment is made of the potential for Th-based fuel to minimize Pu and minor actinide (MA) prod...
In terms of nuclear raw materials, the issue of involving thorium in the fuel cycle is hardly very r...
One of the main characteristics of Heavy Water Moderated Reactors is their high production of pluton...
The Transuranus Burn-up (TUBRNP) model for (Th,Pu) O2 and (Th,U) O2 fuels is described and validated...
Since the beginning of Nuclear Energy Development, thorium was considered as a potential fuel, mainl...
This study compares homogeneous and heterogeneous thorium-plutonium (Th-Pu) fuel assemblies (with hi...
This paper considers the use of unconventional fuel in nuclear power reactors, using the example of ...
One approach to address the United States Nuclear Power (NP) 2010 program for the advanced light wat...
The production of nuclear energy with existing nuclear reactors is equivalent to the use of low enri...
The accumulation of civil Plutonium from nuclear energy production continuously attains attention as...
The present concern about a sustainable energy supply is characterised by a considerable uncertainty...
Effect of 238U replacement with 232Th in small modular reactor fuel matrix was studied. Four differe...
Thorium-based nuclear fuel has become an interesting subject for a variety of research with a wide r...
A renewed interest in thorium-based fuels has arisen lately based on the need for proliferation resi...
Decrease of the economically accessible uranium resources and the inherent proliferation resistance ...
An assessment is made of the potential for Th-based fuel to minimize Pu and minor actinide (MA) prod...
In terms of nuclear raw materials, the issue of involving thorium in the fuel cycle is hardly very r...
One of the main characteristics of Heavy Water Moderated Reactors is their high production of pluton...
The Transuranus Burn-up (TUBRNP) model for (Th,Pu) O2 and (Th,U) O2 fuels is described and validated...
Since the beginning of Nuclear Energy Development, thorium was considered as a potential fuel, mainl...
This study compares homogeneous and heterogeneous thorium-plutonium (Th-Pu) fuel assemblies (with hi...
This paper considers the use of unconventional fuel in nuclear power reactors, using the example of ...
One approach to address the United States Nuclear Power (NP) 2010 program for the advanced light wat...
The production of nuclear energy with existing nuclear reactors is equivalent to the use of low enri...
The accumulation of civil Plutonium from nuclear energy production continuously attains attention as...
The present concern about a sustainable energy supply is characterised by a considerable uncertainty...