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Determining the Strengths of Hydrogen Bonds in Solid-State Ammonia and Urea: Insight from Periodic DFT Calculations

机译:确定固态氨和尿素中氢键的强度:定期DFT计算的真知灼见

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Plane-wave density functional theory has been applied to determine the strengths of hydrogen bonds in the phase I crystal structures of ammonia and urea. For ammonia, each component of the trifurcated hydrogen bond has been found to be almost as strong as a standard N-H···N interaction, and for urea the strengths of the two different N-H···O intractions have been determined by a quantum mechanical technique for the first time.
机译:平面波密度泛函理论已被用于确定氨和尿素的I相晶体结构中氢键的强度。对于氨,已发现三叉氢键的每个组分几乎与标准NH···N相互作用一样强,对于尿素,两种不同NH···O吸引力的强度已通过量子力学确定。的技术。

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