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Safety assessment of the implementation of five-year fuel operation with use of Enhanced- algorithm at Ukrainian NPPs

机译:乌克兰核电厂使用增强型算法实施五年燃料运行的安全性评估

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Based on the above calculation can be argued that E-algorithm permits to control neutron distribution in active zone more "gently" that in its turn does not lead to significant strain in the fuel cladding. E-algorithm fully satisfies the conditions of safe operation, effectively controls power, and suppresses xenon oscillation, as well as operating on the power effect of reactivity, with minimal water exchange. It reduces quantity of boric acid and amount of nuclear wastes. From the above it follows that E-algorithm decreases the amount of nuclear waste, thus increasing efficiency and safety. As you can see, E-algorithms have significant advantages and prospects compared with standard algorithms that were used previously.
机译:基于以上计算,可以证明电子算法可以更“温和地”更有效地控制活动区中子的分布,这反过来又不会导致燃料包壳中的明显应变。电子算法完全满足安全运行的条件,有效控制功率,抑制氙气振荡,并以最小的水交换量,以反应性的功率效应运行。它减少了硼酸的数量和核废料的数量。从上面可以得出,电子算法减少了核废料的数量,从而提高了效率和安全性。如您所见,与以前使用的标准算法相比,电子算法具有明显的优势和前景。

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