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60 molecules in adjacent tubes is the same as in free space, i.e., that it is not affected by the presence of the carbon tubes. Even though this effect may be important (it was shown to be so in the case of the interaction between adsorbed particles in contiguous interstitial channels or adjacent grooves, it will not change the results of this section qualitatively. In any case, the dependence of the critical temperature on the strength of the tranverse interaction is shown later in Fig. 66
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60 molecules in adjacent tubes is the same as in free space, i.e., that it is not affected by the presence of the carbon tubes. Even though this effect may be important (it was shown to be so in the case of the interaction between adsorbed particles in contiguous interstitial channels or adjacent grooves, see M.K. Kostov, M.W. Cole, J.C. Lewis, P. Diep, and J.K. Johnson, Chem. Phys. Lett. 332, 26 (2000)), it will not change the results of this section qualitatively. In any case, the dependence of the critical temperature on the strength of the tranverse interaction is shown later in Fig. 66.
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