CH + CH₃CHCH₂

Gaz phase reaction (type: Bimolecular reactions)

Datasheet T(K) = 10-300

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Channels	T(K)	Formula	Δ_rH (kJ.mol-1)	Date	Channels
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	10-300	Modified Arrhenius equation	Δ_rH₀ = -274.648 Δ _rH₂₉₈ = -286.968	2014-09-26	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K): 10-300 Formula: Modified Arrhenius equation Δ _rH₀ = -274.648 Δ _rH₂₉₈ = -286.968 2014-09-26
CH + CH₃CHCH₂ → CH₃ + CH₃CCH	10-300	Modified Arrhenius equation	Δ_rH₀ = -267.388 Δ _rH₂₉₈ = -278.18	2014-09-26	CH + CH₃CHCH₂ → CH₃ + CH₃CCH T(K): 10-300 Formula: Modified Arrhenius equation Δ _rH₀ = -267.388 Δ _rH₂₉₈ = -278.18 2014-09-26

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Channel	T(K)	k( ) cm³s^-1	α	β	γ	F₀	g	Type uncert	Details
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	10-300	3.60e-10	3.60E-10	0.00E+0	0.00E+0	1.4	10	lognormal	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K) = 10-300 α = 3.60E-10 β = 0.00E+0 γ = 0.00E+0 F ₀ = 1.4 g = 10 Type uncert: lognormal Method: Reviews and Evaluations
	Method: Reviews and Evaluations
CH + CH₃CHCH₂ → CH₃ + CH₃CCH	10-300	3.60e-11	3.60E-11	0.00E+0	0.00E+0	2	10	lognormal	CH + CH₃CHCH₂ → CH₃ + CH₃CCH T(K) = 10-300 α = 3.60E-11 β = 0.00E+0 γ = 0.00E+0 F ₀ = 2 g = 10 Type uncert: lognormal Method: Reviews and Evaluations
	Method: Reviews and Evaluations

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Datasheet
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Loison, J.-C. et al (2017) T(K) = 10-800

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Channels	T(K)	Formula	Δ_rH (kJ.mol-1)	Date	Channels
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	10-800	Modified Arrhenius equation	Δ_rH₀ = -274.648 Δ _rH₂₉₈ = -286.968	2018-03-08	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K): 10-800 Formula: Modified Arrhenius equation Δ _rH₀ = -274.648 Δ _rH₂₉₈ = -286.968 2018-03-08
CH + CH₃CHCH₂ → CH₃ + CH₃CCH	10-800	Modified Arrhenius equation	Δ_rH₀ = -267.388 Δ _rH₂₉₈ = -278.18	2018-03-08	CH + CH₃CHCH₂ → CH₃ + CH₃CCH T(K): 10-800 Formula: Modified Arrhenius equation Δ _rH₀ = -267.388 Δ _rH₂₉₈ = -278.18 2018-03-08

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Channel	T(K)	k( ) cm³s^-1	α	β	γ	F₀	g	Type uncert	Details
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	10-800	3.30e-10	3.30E-10	0.00E+0	0.00E+0	1.4	7	logn	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K) = 10-800 α = 3.30E-10 β = 0.00E+0 γ = 0.00E+0 F ₀ = 1.4 g = 7 Type uncert: logn Method: Reviews and Evaluations Description: (Daugey et al. 2005, Trevitt et al. 2013, Loison & Bergeat 2009b)
	Method: Reviews and Evaluations Description: (Daugey et al. 2005, Trevitt et al. 2013, Loison & Bergeat 2009b)
CH + CH₃CHCH₂ → CH₃ + CH₃CCH	10-800	9.00e-11	9.00E-11	0.00E+0	0.00E+0	1.4	7	logn	CH + CH₃CHCH₂ → CH₃ + CH₃CCH T(K) = 10-800 α = 9.00E-11 β = 0.00E+0 γ = 0.00E+0 F ₀ = 1.4 g = 7 Type uncert: logn Method: Reviews and Evaluations Description: (Daugey et al. 2005, Trevitt et al. 2013, Loison & Bergeat 2009b)
	Method: Reviews and Evaluations Description: (Daugey et al. 2005, Trevitt et al. 2013, Loison & Bergeat 2009b)

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Bibliography	Loison, J.-C. et al	470, 4075-4088	2017	\mnras	DOI	Bibtex RIS
Origin: Bibliography Authors: Loison, J.-C. et al Volume,Page: 470, 4075-4088 Year: 2017 DOI: DOI Download citation: Bibtex RIS

Other database : OSU T(K) = 10-280

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Channels	T(K)	Formula	Δ_rH (kJ.mol-1)	Date	Channels
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	10-280	Modified Arrhenius equation	Δ_rH₀ = -274.648 Δ _rH₂₉₈ = -286.968	2009-03-27	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K): 10-280 Formula: Modified Arrhenius equation Δ _rH₀ = -274.648 Δ _rH₂₉₈ = -286.968 2009-03-27

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Channel	T(K)	k( ) cm³s^-1	α	β	γ	F₀	g	Type uncert	Details
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	10-280	1.16e-10	3.45E-10	-5.50E-1	2.96E+1	2	0	lognormal	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K) = 10-280 α = 3.45E-10 β = -5.50E-1 γ = 2.96E+1 F ₀ = 2 g = 0 Type uncert: lognormal Method: Estimation
	Method: Estimation

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Other database : OSU
Origin: Other database : OSU Authors: Volume,Page: Year: DOI: - Download citation:

Daugey, N et al (2005) T(K) = 77-170

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Channels	T(K)	Formula	Δ_rH (kJ.mol-1)	Date	Channels
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	77-170	Modified Arrhenius equation	Δ_rH₀ = -274.648 Δ _rH₂₉₈ = -286.968	2009-07-17	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K): 77-170 Formula: Modified Arrhenius equation Δ _rH₀ = -274.648 Δ _rH₂₉₈ = -286.968 2009-07-17

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Channel	T(K)	k( ) cm³s^-1	α	β	γ	F₀	g	Type uncert	Details
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	77-170	4.00e-10	4.00E-10	0.00E+0	0.00E+0	0	0	lognormal	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K) = 77-170 α = 4.00E-10 β = 0.00E+0 γ = 0.00E+0 F ₀ = 0 g = 0 Type uncert: lognormal Method: Measurements
	Method: Measurements

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Bibliography	Daugey, N et al	7,2921	2005	Physical Chemistry Chemical Physics		Bibtex RIS
Origin: Bibliography Authors: Daugey, N et al Volume,Page: 7,2921 Year: 2005 DOI: - Download citation: Bibtex RIS

Loison, J.-C. et al (2009) T(K) = 77-300

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Channels	T(K)	Formula	Δ_rH (kJ.mol-1)	Date	Channels
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	77-300	Modified Arrhenius equation	Δ_rH₀ = -274.648 Δ _rH₂₉₈ = -286.968	2009-07-17	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K): 77-300 Formula: Modified Arrhenius equation Δ _rH₀ = -274.648 Δ _rH₂₉₈ = -286.968 2009-07-17
CH + CH₃CHCH₂ → CH₃ + CH₃CCH	77-300	Modified Arrhenius equation	Δ_rH₀ = -267.388 Δ _rH₂₉₈ = -278.18	2009-07-17	CH + CH₃CHCH₂ → CH₃ + CH₃CCH T(K): 77-300 Formula: Modified Arrhenius equation Δ _rH₀ = -267.388 Δ _rH₂₉₈ = -278.18 2009-07-17

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Channel	T(K)	k( ) cm³s^-1	α	β	γ	F₀	g	Type uncert	Details
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	77-300	3.10e-10	3.10E-10	0.00E+0	0.00E+0	0	0	lognormal	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K) = 77-300 α = 3.10E-10 β = 0.00E+0 γ = 0.00E+0 F ₀ = 0 g = 0 Type uncert: lognormal Method: Measurements
	Method: Measurements
CH + CH₃CHCH₂ → CH₃ + CH₃CCH	77-300	9.00e-11	9.00E-11	0.00E+0	0.00E+0	0	0	lognormal	CH + CH₃CHCH₂ → CH₃ + CH₃CCH T(K) = 77-300 α = 9.00E-11 β = 0.00E+0 γ = 0.00E+0 F ₀ = 0 g = 0 Type uncert: lognormal Method: Calculations
	Method: Calculations

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Bibliography	Loison, J.-C. et al	11,655	2009	Physical Chemistry Chemical Physics		Bibtex RIS
Origin: Bibliography Authors: Loison, J.-C. et al Volume,Page: 11,655 Year: 2009 DOI: - Download citation: Bibtex RIS

Hebrard, E. et al (2009) T(K) = 50-200

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Channels	T(K)	Formula	Δ_rH (kJ.mol-1)	Date	Channels
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	50-200	Modified Arrhenius equation	Δ_rH₀ = -274.648 Δ _rH₂₉₈ = -286.968	2012-07-27	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K): 50-200 Formula: Modified Arrhenius equation Δ _rH₀ = -274.648 Δ _rH₂₉₈ = -286.968 2012-07-27

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Channel	T(K)	k( ) cm³s^-1	α	β	γ	F₀	g	Type uncert	Details
CH + CH₃CHCH₂ → H + CH₂CHCHCH₂	50-200	4.20e-10	4.20E-10	0.00E+0	0.00E+0	1.5	0	lognormal	CH + CH₃CHCH₂ → H + CH₂CHCHCH₂ T(K) = 50-200 α = 4.20E-10 β = 0.00E+0 γ = 0.00E+0 F ₀ = 1.5 g = 0 Type uncert: lognormal Method: Reviews and Evaluations Description: Taken from Daugey et al. [2005]. Used in Hébrard et al. [2009]
	Method: Reviews and Evaluations Description: Taken from Daugey et al. [2005]. Used in Hébrard et al. [2009]

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Bibliography	Hebrard, E. et al	113,11227-11237	2009	J. Phys. Chem. A	DOI	Bibtex RIS
Origin: Bibliography Authors: Hebrard, E. et al Volume,Page: 113,11227-11237 Year: 2009 DOI: DOI Download citation: Bibtex RIS