The properties of excited states and second-order nonlinear optics for supramolecule [(H2N)2+C- NH(CH2)3CH(NH3)+COO-H2PO4-H2O] from L-arginine phosphate monohydrate (LAP) crystals were calculated by using the CIS and ...The properties of excited states and second-order nonlinear optics for supramolecule [(H2N)2+C- NH(CH2)3CH(NH3)+COO-H2PO4-H2O] from L-arginine phosphate monohydrate (LAP) crystals were calculated by using the CIS and finite-field RHF methods, respectively. The results revealed that the second-order nonlinear optical (NLO) response for this crystal originates largely from the contributions of intramolecular charge transfer of arginine, and the intermolecular charge transfer between arginine and H2PO4- plays an important role as well. The conclusion can help to understand the origin of NLO response in the inorganic-organic hybrid materials.展开更多
文摘The properties of excited states and second-order nonlinear optics for supramolecule [(H2N)2+C- NH(CH2)3CH(NH3)+COO-H2PO4-H2O] from L-arginine phosphate monohydrate (LAP) crystals were calculated by using the CIS and finite-field RHF methods, respectively. The results revealed that the second-order nonlinear optical (NLO) response for this crystal originates largely from the contributions of intramolecular charge transfer of arginine, and the intermolecular charge transfer between arginine and H2PO4- plays an important role as well. The conclusion can help to understand the origin of NLO response in the inorganic-organic hybrid materials.