Bilayer membranes and wormlike micelles have been studied using molecular-dynamics simulations. The structure of the worm is analysed in terms of radial density distribution functions, and mechanical properties such as the elastic modulus are calculated. From an analysis of the fluctuation spectra of the tensionless states, we have calculated bending rigidities. Micelles consisting of coarse-grained (CG) model surfactants are studied in order to map the properties of the atomistic micelle. We optimize the CG model with respect to the structure factor of the atomistic micelle. The mechanical properties thus obtained will be used as input for a mesoscopic model of wormlike micelles where the persistence length is the smallest length-scale.

Unique Н2-СО2 anomaly was revealed in April of 2016 as a result of gas-hydrochemical sampling of water-soluble gases of near-surface waters within the boundaries of «Holy Nose» ring ice structure (near N. Izgolovye cape, Svyatoy Nos Peninsula), which is previously known and described in 2016 by Kouraev K.V. et al. The composition of the anomaly-volumetric content of Н2 is from 25.8 to 48.8% vol., СО2 is from 11.4 to 16.9% vol.; depth at the sampling point ~ 1500 m.