| ID | 115970 |
| Title Proper | Converting the Iranian heavy water reactor IR-40 to a more proliferation-resistant reactor |
| Language | ENG |
| Author | Willig, Thomas Mo ; Futsaether, Cecilia ; Kippe, Halvor |
| Publication | 2012. |
| Summary / Abstract (Note) | This article assesses the feasibility and benefits of converting the Iranian heavy water research reactor, IR-40, from using natural uranium to low-enriched uranium fuel. Based on neutronics calculations for a detailed model of the two reactor configurations, a conversion would result in a smaller core with a subsequent reduction and degradation of plutonium production. It is argued that the proposed conversion will provide Iran with a research reactor that is better suited for scientific experiments and radioisotope production than in its original configuration. It is proposed to introduce the converted IR-40's fuel consumption requirements as a natural cap for Iran's future enrichment efforts. |
| `In' analytical Note | Science and Global Security Vol. 20, No.2-3; May-Dec 2012: p.97-116 |
| Journal Source | Science and Global Security Vol. 20, No.2-3; May-Dec 2012: p.97-116 |
| Key Words | Iranian Heavy Water Research Reactor ; IR - 40 ; Iran ; Plutonium Production |