liquids. Substance being studied possesses exceptional NLO (non-linear optical) properties. ELF, LOL and RDG enacted for both the gas phases and solvents. Whereas to convince the biological properties drug-likeness and biological score prediction were utilized. Additionally, this substance follows Lipinski's rule of five, which suggests that, in theory, taking an oral dose of such substances shouldn't
密度泛函理论 (DFT) 方法在
生物学和 NLO 行为方面有许多应用。它成为研究分子结构的最经济可行的方法。DNP2PAH 是一种具有羟基衍
生物的合成化合物,在使用各种溶剂(质子溶剂、非质子溶剂和非极性溶剂)进行溶剂化研究时,已通过 DFT 进行了实验和计算评估。DNP2PAH 已经过优化,参数与气体和溶剂相关[C 2 H 3 N、
DMSO(非质子)、C 2 H 6 O、CH 3 OH(质子)和非极性溶剂(C 6 H 6)]。已根据实际分析计算和描述了 FT-IR、FT-Raman 和 UV-Vis 光谱。结果表明,观察到的和计算出的光谱非常相似。NBO 技术利用二阶 Fock 矩阵来评估供体-受体相关性。突出的相互作用 π*(C11-C12) - π*(C13-C14) 具有最高稳定能 208.65 kcal/ mol。在溶剂中,苯的柔软度最低(0.35496(eV)),能隙最大(2.8