[THE REGIONAL EXPERIENCE OF ORGANIZATION OF SELECTION AND REFERRAL OF PATIENTS TO "THE FEDERAL CENTER OF CARDIOVASCULAR SURGERY"].

The organization of accessible high-tech medical care is one of instruments of implementation of public health policy. This type of medical care decides primarily the issue of decreasing of mortality and disability of diseases of blood circulatory system increasing quality and duration of life of patients. The article presents the analysis of system of selection and referral of patients in need of specialized, high-tech included, medical care in «The Federal center of cardiovascular surgery» (Perm).

[Postmortem diagnosis of influenza during its epidemic and interepidemic periods].

Objective: to assess the potential role of influenza virus in fatal pneumonia during the epidemic and interepidemic periods. MATERIAL AND METHODS An immunohistochemical method was used to clinically and morphologically analyze 40 fatal outcomes of acute pneumonias in 2009-2013. Laboratory tests could not establish the diagnosis of influenza in 20 cases of the study group with clinical and/or morphological pattern of this illness.

On the connection of Joule-Thompson's coefficient with dissipation properties of filtrating media.

In the paper is shown that the Joule-Thompson's coefficient may be connected with dissipation properties of filtrating liquid or gas. The calculations are based on the classical Boltzmann's kinetic equation. The connection between Joule-Thompson's coefficient and the viscosity of liquid is found.

[Methodological aspects of gas-mercury monitoring of non-industrial areas].

The paper presents new methodological approaches to gaseous mercury monitoring whose key link is to record the territorial background level of air pollution, which is calculated by using the frequency distribution diagrams of single measurements for uniform objects within an area by comparing them with logarithmically normal random distribution. The methodological approach has been used during surveys of schools and preschool children establishments in Moscow, Kaluga, and the Kaluga Region.

Two-photon Raman excitation and coherent anti-Stokes Raman spectroscopy probing of population changes in polyatomic molecules: a novel nonlinear optical technique for vibrational-relaxation studies.

Two-photon Raman excitation is used to populate selectively vibrational states in CO(2) and SF(6). The collisional population of 01(1)0, 02(2)0, 03(1)0, 11(1)0, etc. by means of 10 degrees 0 and 02 degrees 0 states in CO(2) gas is studied by coherent anti-Stokes Raman spectroscopy.