Our results provided a novel view for understanding the intrinsic chemical structure of donor-acceptor organic semiconductors, the open-shell singlet and thermally excited triplet electronic states, and the unexpected physical processes between the ground state and the excited state.
THERM
Our results provided a novel view for understanding the intrinsic chemical structure of donor-acceptor organic semiconductors, the open-shell singlet and thermally excited triplet electronic states, and the unexpected physical processes between the ground state and the excited state.
THERM
Our results provided a novel view for understanding the intrinsic chemical structure of donor-acceptor organic semiconductors, the open-shell singlet and thermally excited triplet electronic states, and the unexpected physical processes between the ground state and the excited state.
THERM
Our results provided a novel view for understanding the intrinsic chemical structure of donor-acceptor organic semiconductors, the open-shell singlet and thermally excited triplet electronic states, and the unexpected physical processes between the ground state and the excited state.
THERM