Table 2: Main photodissociation pathways from single ionization due to soft X-ray photons (288 eV).
CH₃OH + $h\nu$ $\longrightarrow$ CH₃OH $^{+} + {\rm e}^-$

CH₃OH⁺ $\stackrel{18.6\%}{\longrightarrow}$ COH⁺ + 3 H (or H₂ + H)

$\stackrel{17.3\%}{\longrightarrow}$ H⁺ + neutrals

$\stackrel{16.2\%}{\longrightarrow}$ H₂COH⁺ + H

$\stackrel{9.9\%}{\longrightarrow}$ CH₃⁺ + OH (or O₂ + H)

$\stackrel{4.8\%}{\longrightarrow}$ CH₂⁺ + H₂O (or OH₂ + H)

$\stackrel{3.8\%}{\longrightarrow}$ CO⁺ + neutrals

$\stackrel{2.8\%}{\longrightarrow}$ CH⁺ + neutrals

$\stackrel{2.9\%}{\longrightarrow}$ C⁺ + neutrals

$\stackrel{2.4\%}{\longrightarrow}$ HCOH⁺ + H₂ (or H + H)

$\stackrel{2.2\%}{\longrightarrow}$ OH⁺ + CH₃ (or CH₂ + H)

**Table 2:** Main photodissociation pathways from single ionization due to soft X-ray photons (288 eV).
CH₃OH + $h\nu$	$\longrightarrow$	CH₃OH $^{+} + {\rm e}^-$
CH₃OH⁺	$\stackrel{18.6\%}{\longrightarrow}$	COH⁺ + 3 H (or H₂ + H)
	$\stackrel{17.3\%}{\longrightarrow}$	H⁺ + neutrals
	$\stackrel{16.2\%}{\longrightarrow}$	H₂COH⁺ + H
	$\stackrel{9.9\%}{\longrightarrow}$	CH₃⁺ + OH (or O₂ + H)
	$\stackrel{4.8\%}{\longrightarrow}$	CH₂⁺ + H₂O (or OH₂ + H)
	$\stackrel{3.8\%}{\longrightarrow}$	CO⁺ + neutrals
	$\stackrel{2.8\%}{\longrightarrow}$	CH⁺ + neutrals
	$\stackrel{2.9\%}{\longrightarrow}$	C⁺ + neutrals
	$\stackrel{2.4\%}{\longrightarrow}$	HCOH⁺ + H₂ (or H + H)
	$\stackrel{2.2\%}{\longrightarrow}$	OH⁺ + CH₃ (or CH₂ + H)

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