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Anyone have experience with this molecule ([O]C[O]) 😆. RMG added in to my model through Pdep networks and my methane laminar flame speed for equivalence ratio of 1.2 went from 53 cm/s to 70 cm/s (for reference the experimental flame speed is high 30s)! I used the Klippenstein_Glarborg2016 as a seed mechanism. When I use 'FFCM1(-)', I get the same molecule in my model, but the flame speed does not shoot up.
The text was updated successfully, but these errors were encountered:
https://rmg.mit.edu/database/molecule/multiplicity%203%0A1%20O%20u1%20p2%20c0%20%7B3%2CS%7D%0A2%20O%20u1%20p2%20c0%20%7B3%2CS%7D%0A3%20C%20u0%20p0%20c0%20%7B1%2CS%7D%20%7B2%2CS%7D%20%7B4%2CS%7D%20%7B5%2CS%7D%0A4%20H%20u0%20p0%20c0%20%7B3%2CS%7D%0A5%20H%20u0%20p0%20c0%20%7B3%2CS%7D%0A
Anyone have experience with this molecule (
[O]C[O]
) 😆. RMG added in to my model through Pdep networks and my methane laminar flame speed for equivalence ratio of 1.2 went from 53 cm/s to 70 cm/s (for reference the experimental flame speed is high 30s)! I used theKlippenstein_Glarborg2016
as a seed mechanism. When I use 'FFCM1(-)', I get the same molecule in my model, but the flame speed does not shoot up.The text was updated successfully, but these errors were encountered: