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. Author manuscript; available in PMC: 2012 Jan 27.
Published in final edited form as: J Phys Chem B. 2010 Dec 15;115(3):597–608. doi: 10.1021/jp109475p

Figure 9.

Figure 9

a) Probability distribution of the distances between O5′ and HO3 in the aqueous phase (black) and the gas phase (red) in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed). b) Radial distribution function of Ow and O5′ in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed). c) Probability distribution of the distances between O5′ and HO6 in the aqueous phase (black) and the gas phase (red) in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed). d) Radial distribution function of Ow and HO6 in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed). e) Probability distribution of the distances between HO2′ and O3 in the aqueous phase (black) and the gas phase (red) in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed). f) Radial distribution function of Ow and HO2′ in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed). g). Probability distribution of the distances between O2′ and HO3 in the aqueous phase (black) and the gas phase (red) in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed). h) Radial distribution function of Ow and HO3 in methyl α-cellobioside (solid) and methyl β-cellobioside (dashed).