发达可视化方法二维(2D ) 地点并且三维(3D ) 立方体代表被执行了在二光子的吸收(TPA ) 显示出转变偶极子,充电转移,和电子洞连贯的取向。转变密度的 3D 立方体代表能视觉上揭示转变偶极子时刻的取向和力量,并且控告不同密度表演在 TPA 的费用转移的取向。2D 地点表示能视觉上在 TPA 揭示电子洞连贯。代表们提供的地点和 3D 立方体清楚地为 TPA 检查进费用转移过程和激动的分子的片断的贡献的 2D 的联合。
The developed visualization methods of two dimensional (2D) site and three dimensional (3D) cube representations have been performed to show the orientation of transition dipole, charge transfer, and electron-hole coherence in two-photon absorption (TPA). The 3D cube representations of transition density can reveal visually the orientation and strength of transition dipole moment, and charge different density show the orientation of charge transfer in TPA. The 2D site representation can reveal visually the electron-hole coherence in TPA. The combination of 2D site and 3D cube representations provide clearly inspect into the charge transfer process and the contribution of excited molecular segments for TPA.