Development of Advanced Low N Ferritic/Martensitic Steel for Reactor Applications

C. J. Rietema; A. J. Clarke; T. A. Saleh; E. Aydogan; O. Anderoglu; K. D. Clarke

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Development of Advanced Low N Ferritic/Martensitic Steel for Reactor Applications

机译：用于反应堆的高级低氮铁素体/马氏体钢的开发

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Utilizing available literature and Thermo-Calc, it was determined that of the nitride forming elements. Ti is the most promising candidate for reducing the free interstitial N in HT-9.Three alloy compositions have been selected for production based on Thermo-Calc predictions and the stoichiometric ratio of Ti:N. One heat with no Ti addition, one heat below the stoichiometric limit, and one heat above the stoichiometric limit are in production.

机译：利用现有文献和Thermo-Calc，确定了氮化物形成元素。 Ti是减少HT-9中自由间隙N的最有希望的候选者。根据Thermo-Calc预测和Ti：N的化学计量比，选择了三种合金成分进行生产。在生产中不添加Ti的一种热量，一种低于化学计量极限的热量和一种高于化学计量极限的热量。

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《Transactions of the American nuclear society》 |2018年第11期|512-514|共3页
作者
C. J. Rietema; A. J. Clarke; T. A. Saleh; E. Aydogan; O. Anderoglu; K. D. Clarke;
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作者单位

Colorado School of Mines. 1500 Illinois Street Golden CO 80401;

Los Alamos National Laboratory Los Alamos NM 87545;

University of New Mexico 1700 Lomas Blvd NE Albuquerque NM 87106;

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Development of Advanced Low N Ferritic/Martensitic Steel for Reactor Applications

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