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Enhancement Of Plutonium Proliferation Resistance By Transmutation Of Minor Actinide: Plutonium Denaturing By Decay Heat

机译:次Act系元素的Trans变增强Of的抗扩散性::变热使P变性

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摘要

The proliferation resistant can be enhanced by increasing the decay heat of plutonium, for example, by increasing of ~(238)Pu produced by the transmutation of Minor Actinides (MA). In the present paper, the fundamentals of plutonium denaturing by decay heat of plutonium is discussed based on the temperature profile of the simple devise model. The effect of Protected Plutonium Production (P~3) by the transmutation of Minor Actinides1'2 on the plutonium denaturing by decay heat is also demonstrated.
机译:通过增加p的衰变热,例如通过增加次Act系元素(MA)的the变产生的〜(238)Pu,可以增强抗扩散能力。在本文中,基于简单设计模型的温度曲线,讨论了decay的decay变热使the变性的基本原理。还证明了次Act系元素1'2的trans变对保护P的生成(P〜3)的影响,通过decay变热使den变性。

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