KIDA is a database of kinetic data of interest for astrochemical (interstellar medium and planetary atmospheres) studies.
Indicate a species (ex: H3O+) or a couple of species (ex: C + H2)
Warning : Second letter of 2-letters elements have to be lowercase, eg Si
Use the generic names of the species, avoid the cyclic or linear forms (ex: for c-C3H indicate C3H) , the isotopic numbers (for (13)C indicate C, except for deuterium), or the excited states (for C(1D) indicate C). You will be able to choose these forms in the next step.
Warning : Second letter of 2-letters elements have to be lowercase, eg Si
Use the generic names of the species, avoid the cyclic or linear forms (ex: for c-C3H indicate C3H) , the isotopic numbers (for (13)C indicate C, except for deuterium), or the excited states (for C(1D) indicate C). You will be able to choose these forms in the next step.
17:45, Nov 26
RT @NBalucani : From reaction dynamics to space: My personal road to Astrochemistry - Dr... https://t.co/Ftp6Jh3inT via @YouTube
15:31, Nov 16
KIDA modification: Change of expertize for the reaction C+ + H2O → C + H2O+. Despite the fact that the reaction is… https://t.co/oUymzQqRnd
10:17, Jun 29
Update of the reduced chemical scheme for giant planet thermochemistry from Venot et al. 2020. Bug correction.
14:24, Jun 11
New surface barrierless reaction added to KIDA: C + NH3 -> CH2NH from Krasnokutski et al. (2020).
23:44, Jun 04
RT @Emmaetim : Now online. Published by Springer Nature. https://t.co/QPDZnCXTKt "Deuterated interstellar and circumstellar mole… https://t.co/s319Vg8iO7
