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Low Hanging Fruit in Computational Molecular Dynamics Simulations with the Published OPLS-AA Force Field

机译:用公开的OPLS-AA力场模拟计算分子动力学模拟的低悬垂果实

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After performing computations in molecular dynamics in high performance research systems, many solvable but yet unsolved problems have been determined. These include (i) a list of molecules which are of commercial and scholarly interest that can be parameterized with the available OPLS-AA literature, (ii) a list of metals in certain environments which have yet to be parameterized and would provide insight into their behavior in commercial processes, (iii) an empirical approach to searching for the impact of molecular parameterizations on observable properties which is useful in searching for new materials, and (iv) understanding molecular reactivity in computational molecular dynamics.
机译:在高性能研究系统中执行分子动力学的计算之后,已经确定了许多可溶性但未解决的问题。这些包括(i)可以用可用的OPLS-AA文献参数化的商业和学术兴趣的分子列表,(ii)某些环境中的金属列表,这些环境尚未参数化,并将深入了解其商业过程中的行为,(iii)寻找分子参数化对可观察性质的影响的实证方法,这对于搜索新材料,(IV)了解计算分子动力学中的分子反应性。

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