基于生成焓的calphhad数据构建V-W原子间势

V. Maksimenko, A. Lipnitskii, I. Nelasov
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引用次数: 1

摘要

从原子模拟结果可以确定合金性能预测的可靠性问题,是制约计算机建模与新材料开发有效技术相结合的因素之一。这个问题的解决需要进一步发展构建原子间势的方法,以提高理论预测的可靠性,包括材料在中高温下的性质。本文提出了一种构造二元体系原子间势的新方法。该方法使用了CALPHAD和实验数据的形成焓和晶格参数,包括在中高温下的特性。以V-W系统的固溶体为例对新方法进行了验证。所构建的V-W势预测的形成焓和晶格参数分别与已知的2000 K和300 K实验研究结果吻合较好。该方法可用于确定多组分系统中原子间的相互作用。从原子模拟结果可以确定合金性能预测的可靠性问题,是制约计算机建模与新材料开发有效技术相结合的因素之一。这个问题的解决需要进一步发展构建原子间势的方法,以提高理论预测的可靠性,包括材料在中高温下的性质。本文提出了一种构造二元体系原子间势的新方法。该方法使用了CALPHAD和实验数据的形成焓和晶格参数,包括在中高温下的特性。以V-W系统的固溶体为例对新方法进行了验证。所构建的V-W势预测的形成焓和晶格参数与已知的2000 K下的calpha数据和实验研究结果吻合较好。
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Construction of interatomic potentials of V-W on the basis of CALPHAD data on the formation enthalpy
The problem of reliability of the prediction of alloy properties, which can be established from the results of atomistic simulations, is one of the factors constraining the integration of computer modeling into effective technologies for the development of new materials. The solution of this problem requires further development of methods for constructing interatomic potentials to improve the reliability of theoretical predictions, including the properties of materials at moderate and high temperatures. In this paper a new method for constructing interatomic potentials in binary systems is proposed. The method uses CALPHAD and experimental data on the formation enthalpies and lattice parameters, including characteristics at moderate and high temperatures. The new method is tested on the example of solid solutions of V-W system. The constructed V-W potentials predict the formation enthalpies and lattice parameters in good agreement with the known CALPHAD data at 2000 K and the results of experimental studies at 300 K, respectively. The new method can be applied to specify the interactions between atoms in multicomponent systems.The problem of reliability of the prediction of alloy properties, which can be established from the results of atomistic simulations, is one of the factors constraining the integration of computer modeling into effective technologies for the development of new materials. The solution of this problem requires further development of methods for constructing interatomic potentials to improve the reliability of theoretical predictions, including the properties of materials at moderate and high temperatures. In this paper a new method for constructing interatomic potentials in binary systems is proposed. The method uses CALPHAD and experimental data on the formation enthalpies and lattice parameters, including characteristics at moderate and high temperatures. The new method is tested on the example of solid solutions of V-W system. The constructed V-W potentials predict the formation enthalpies and lattice parameters in good agreement with the known CALPHAD data at 2000 K and the results of experimental studi...
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