Ice Surface Energy – A Material Property Database for organic liquids, ices, and solids on Titan

Calculated solid surface energy (γ_s) of Titan-relevant organic ices using the two empirical approaches and their associated surface energy partitioning components.

Species	Method 1			Method 2			Ref.
	γ_tot(T_tri) (mN / m)	γ_d(T_tri) (mN / m)	γ_p(T_tri) (mN / m)	γ_tot(T_tri) (mN / m)	γ_d(T_tri) (mN / m)	γ_p(T_tri) (mN / m)
CH₄	22.676	22.676	0	21.820	21.820	0	Yu et al. (2023)
C₂H₆	42.245	42.245	0	39.715	39.715	0	Yu et al. (2023)
C₂H₄	43.638	43.638	0	40.734	40.734	0	Yu et al. (2023)
C₂H₂	29.135	29.135	0	35.194	35.194	0	Yu et al. (2023)
C₄H₂	65.981	65.981	0	65.979	65.979	0	Yu et al. (2023)
C₆H₆	51.088	51.088	0	53.503	53.503	0	Yu et al. (2023)
C₃H₈	42.765	42.765	0	41.776	41.776	0	Yu et al. (2023)
C₃H₆	45.005	45.005	0	44.054	44.054	0	Yu et al. (2023)
C₃H₄-a	39.679	39.679	0	41.427	41.427	0	Yu et al. (2023)
C₃H₄-p	41.282	41.282	0	45.729	45.729	0	Yu et al. (2023)
HCN	37.202	21.6	15.6	61.707	21.6	40.1	Yu et al. (2023)
HC₃N	67.3±5.0	40.0	27.3±5.0	79.4±3.1	40.0	39.4±3.1	Yu et al. (2023)
CO₂	39.501	39.501	0	56.284	56.284	0	Yu et al. (2023)
CH₃CN	57.268	32.9	24.4	67.543	32.9	34.6	Yu et al. (2023)
C₂H₅CN	50.462	33.2	17.3	55.252	33.2	22.1	Yu et al. (2023)
C₂H₃CN	54.056	35.7	18.4	58.744	35.7	23.0	Yu et al. (2023)
C₂N₂	45.294	45.294	0	58.020	58.020	0	Yu et al. (2023)
C₄N₂	153±8	153±8	0	91.5±4.5	91.5±4.5	0	Yu et al. (2023)