CH3I summary This file includes some ideas about dissociation of

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CH3I summary This file includes some ideas about dissociation of CH3I inside a cluster, as suggested previously by Petros It seems to be the only explanation of the very fast iodine Update: 171020; i.e. from PG´s e-mail „Re: CH3I experiments and analysis;UPDATES “

CH3

Transition 1: CH3 (set 1) 20-09-2017, CH3I at 358.835 nm, CH3 fragments

Transition 1: CH3 (set 2) 28-09-2017, CH3I at 358.835 nm, CH3 fragments

Transition 1: CH2 (set 1, space charge) 20-09-2017, CH3I at 358.835 nm, CH2 fragments

Transition 1: CH2 (set 2) 19-10-2017, CH3I at 358.835 nm, CH2 fragments

Transition 1: CH2 (set 3) 19-10-2017, CH3I at 358.835 nm, CH2 fragments

Transition 1: Iodine (set 2, irises low) 20-09-2017, CH3I at 358.835 nm, iodine, irises low

Transition 1: Iodine (set 3) 28-09-2017, CH3I at 358.835 nm, iodine

Off resonance (close to transition 1): CH3 28-09-2017, CH3I at 359.100 nm, CH3 fragments

Off resonance (close to transition 1): Iodine 28-09-2017, CH3I at 359.100 nm, iodine

Transition 2: CH3 (set 1, VMI) 20-09-2017, CH3I at 339.467 nm, CH3 fragments

Transition 2: CH3 (set 2, space charge) 29-09-2017, CH3I at 339.444 nm, CH3 fragments

Transition 2: CH3 (set 3, space charge) We did not record z here 29-09-2017, CH3I at 339.444 nm, CH3 fragments

Transition 2: CH3 (set 4) 12-10-2017, CH3I at 339.467 nm, CH3 fragments

Transition 2: CH2 (set 1, space charge) 29-09-2017, CH3I at 339.444 nm, CH2

Transition 2: CH2 (set 2) 13-10-2017, CH3I at 339.467 nm, CH2

Transition 2: Iodine 29-09-2017, CH3I at 339.444 nm, iodine

Transition 3: CH3 (set 1, space charge) 02-10-2017, CH3I at 336.979 nm, CH3 fragments

Transition 3: CH3 (set 2) 12-10-2017, CH3I at 336.979 nm, CH3 fragments

Transition 3: Iodine 02-10-2017, CH3I at 336.979 nm, iodine

Transition 4a: CH3 (space charge) 03-10-2017, CH3I at 336.357 nm, CH3 fragments

Transition 4a: CH3 (good series, x was not finished due to the laser malfunction, try again) 13-10-2017, CH3I at 336.357 nm, CH3 fragments

Transition 4a: CH3 19-10-2017, CH3I at 336.357 nm, CH3 fragments

Transition 4a: Iodine 03-10-2017, CH3I at 336.357 nm, iodine

Transition 4b: CH3 03-10-2017, CH3I at 335.735 nm, CH3 fragments

Transition 4b: Iodine 04-10-2017, CH3I at 335.735 nm, iodine

Transition 4c: CH3 04-10-2017, CH3I at 333.902 nm, CH3 fragments

Transition 4c: Iodine 04-10-2017, CH3I at 333.902 nm, iodine

Transition 6: CH3 10-10-2017, CH3I at 324.502 nm, CH3

Transition 6: Iodine 10-10-2017, CH3I at 324.502 nm, Iodine

Transition 7: CH3 05-10-2017, CH3I at 317.120 nm, CH3 fragments

Transition 7: Iodine 05-10-2017, CH3I at 317.120 nm, iodine

Transition 8: CH3 (space charge) 06-10-2017, CH3I at 310.146 nm, CH3

Transition 8: CH3 (good series) 09-10-2017, CH3I at 310.146 nm, CH3

Transition 8: Iodine 06-10-2017, CH3I at 310.153 nm, iodine

Transition 8: Iodine 09-10-2017, CH3I at 310.146 nm, iodine

Transition 9: CH3 was not recorded due to a very low signal

Transition 9: Iodine 10-10-2017, CH3I at 309.110 nm, iodine

Transition 9: CH3 11-10-2017, CH3I at 309.759 nm, CH3 fragments

Transition 9: Iodine 11-10-2017, CH3I at 309.759 nm, iodine

Transition 10: CH3 (no signal) 20-10-2017, CH3I at 298.788 nm, CH3

Transition 10: Iodine 20-10-2017, CH3I at 298.788 nm, iodine

Transition 11: CH3 (set 1, VMI) 25-09-2017, CH3I at 294.800 nm, CH3 (VMI)

Transition 11: CH3 (set 2) 20-10-2017, CH3I at 294.800 nm, CH3

Transition 11: Iodine 25-09-2017, CH3I at 294.800 nm, Iodine

Transition 12: CH3 22-09-2017, CH3I at 286.586 nm, CH3 fragments

Transition 12: Iodine 22-09-2017, CH3I at 286.586 nm, iodine

Off resonance (close to transition 12): CH3 26-09-2017, CH3I at 286.600 nm, CH3

Off resonance (close to transition 12): Iodine 26-09-2017, CH3I at 286.600 nm, iodine