“…The peak positions of the vibrational modes of the functional groups were consistent with experimental results, 33 with symmetrical regions (1200-1400 cm −1 ), antisymmetric (1500-1650 cm −1 ) stretching vibrations of nitro groups, stretching C-H vibrations (3010-3060 cm −1 ), and stretching O-H vibrations of H 2 O 2 (3500-3600 cm −1 ) and H 2 O (3650-3700 cm −1 ). This indicates that classical MD simulations can be used to calculate the vibrational modes of CL-20-based energetic solvates with satisfactory accuracy.…”
Energetic host-guest solvates provide a balanced way to expand high explosives CL-20 because of their unique physicochemical integration mode. CL-20/ hydrogen peroxide (H2O2) energetic solvates maintained the detonation performance by...
“…The peak positions of the vibrational modes of the functional groups were consistent with experimental results, 33 with symmetrical regions (1200-1400 cm −1 ), antisymmetric (1500-1650 cm −1 ) stretching vibrations of nitro groups, stretching C-H vibrations (3010-3060 cm −1 ), and stretching O-H vibrations of H 2 O 2 (3500-3600 cm −1 ) and H 2 O (3650-3700 cm −1 ). This indicates that classical MD simulations can be used to calculate the vibrational modes of CL-20-based energetic solvates with satisfactory accuracy.…”
Energetic host-guest solvates provide a balanced way to expand high explosives CL-20 because of their unique physicochemical integration mode. CL-20/ hydrogen peroxide (H2O2) energetic solvates maintained the detonation performance by...
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