J‐Aggregates Granting Giant Second‐Order NLO Responses in Self‐Assembled Hybrid Inorganic–Organic Materials
E Cariati, R Ugo, F Cariati, D Roberto… - Advanced …, 2001 - Wiley Online Library
E Cariati, R Ugo, F Cariati, D Roberto, N Masciocchi, S Galli, A Sironi
Advanced Materials, 2001•Wiley Online LibraryHuge second harmonic generation (SHG) activityis displayed by the new hybrid inorganic–
organic material [DAMS*][Cu5I6](see Figure). Ab‐initio XRPD structure determination
explains this through the presence of cationic guest J‐aggregates between Cu‐defective
anionic host CuI slabs. Thermal stability and thin‐film suitability make the material
technologically interesting.
organic material [DAMS*][Cu5I6](see Figure). Ab‐initio XRPD structure determination
explains this through the presence of cationic guest J‐aggregates between Cu‐defective
anionic host CuI slabs. Thermal stability and thin‐film suitability make the material
technologically interesting.
Huge second harmonic generation (SHG) activityis displayed by the new hybrid inorganic–organic material [DAMS*][Cu5I6] (see Figure). Ab‐initio XRPD structure determination explains this through the presence of cationic guest J‐aggregates between Cu‐defective anionic host CuI slabs. Thermal stability and thin‐film suitability make the material technologically interesting.
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