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. 2022 Nov 30;12(53):34217–34225. doi: 10.1039/d2ra06880j

Selected the ten lowest lying vertical transition energies of complex 1 determined at the TD-DFT/B3LYP/def2-TZVP/cc-pVDZ level of theory in CH2Cl2 solvent. H and L respectively stand to HOMO and LUMO orbitals.

Excited state MO contribution (%) f E (eV) λ (nm) Assignment
S1 H−L (97.2%) 0.0001 3.27 378 1MLCT/1LLCT
S2 (H−1)–L (95.0%) 0.0420 3.35 369 1MLCT/1LLCT
S3 (H−2)–L (98.5%) 0.0059 3.38 366 1MLCT/1LLCT
S4 (H−3)–L (84.3%) 0.0950 3.86 320 1MLCT/1ILCT//1LLCT
S5 (H−1)–(L+1) (63.2%) 0.0259 4.02 308 1MLCT/1ILCT//1LLCT
(H−5)–L (18.2%)
S6 H–(L+1) (94.1%) 0.0009 4.032 307 1MLCT/1LLCT
S7 (H−2)–(L+1) (97.9%) 0.0001 4.124 301 1MLCT/1LLCT
S8 (H−4)–L (85.3%) 0.0420 4.251 292 1LLCT
(H−3)–(L+1) (9.1%)
S9 (H−5)–L (61.4%) 0.1603 4.273 290 1MLCT/1LLCT
(H−1)–(L+1) (20.3%)
S10 (H−6)–L (96.9%) 0.0003 4.319 287 1MLCT/1LLCT