  We present the molecular simulation study of the behavior of water and sodium
chloride solution confined in lizardite asbestos nanotube which is a typical
example of hydrophilic confinement. The local structure, orientational and
dynamic properties are studied. It is shown that the diffusion coefficient
drops about two orders of magnitude comparing to the bulk case, and water in
lizardite asbestos tubes experiences vitrification rather then crystallization
upon cooling in accordance with the results for some other hydrophilic
confinements. The behavior of sodium chloride solutions also considered and the
formation of double layer is observed. It is shower that both sodium and
chlorine have larger diffusion coefficients then water.
