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The police also released an activist from a similar organization, the Right and Conscience Association (VZN) after he led a small group of protesters inside the police station to inform them that he had been the one who called the police in the first place. The police said he was not detained, but Krylenkova told Human Rights Watch that he was held in another police station. The police also detained and allegedly beat Krylenkova, who was one of the first to reach the police station. Krylenkova said that the police were upset that he was part of the human rights activists and prevented him from filming their detention. On the video she uploaded to the Internet, some of the police can be heard screaming: “You’re annoying us.”

He had been following the demonstration on the street, and after it was broken up by police, he went to a cafe next door. His wife and their young daughter were waiting, and he decided to go outside with them.

E=E1+E2+E3, where E1 is the modulus of the bulk material alone, E2 is the modulus of the porous material and E3 is the modulus of the air inside the cells. For saturated foam, E3 is not important; however, in the case of unsaturated foam, the porosity ratio can be computed from the overall modulus E as E/E1. The results of the experimental measurements of E2 are shown in figure 4: the stiffness is nearly the same for all the materials. This result indicates that the porosity ratio of the closed-cell foam is less than 1%, i.e., there is no more than 1% air inside the foam cells. In order to explain the origin of the observed E2, an analytical model was introduced [36]. The model was based on a consideration of a closed-cell foam as a three-dimensional network of entangled closed-cell membranes. The model took into account three contributions to the cell wall modulus: the elastic modulus of the bulk material alone (E1), the modulus of a porous material (E2) and the modulus of the air inside the cells (E3). The cell walls form a dense network with a small total strain of the cell walls as compared to the monolithic material. The material behaves as a solid material, with a slight swelling of the cells due to the voids in the structure. The model assumes that the cell walls are closed to the surrounding liquid and that a material is close to a perfect solid material if the volume change is negligible. The overall modulus of the closed-cell foam is given by the equation (1.3) 827ec27edc