A.V. Beznayev, A.S. Kolokolov, A.Yu. Mestcheryakov, S.N. Osipov, V.P. Yachno

Various aspects of information technologies and methods of solving the problem of solving the quality of air quality. Present condition of the air quality in towns and regions of the Russian Federation is analyzed. Data for technology and methods of control in physical characteristics of air are offered for units with artificial environment. Technical ways are offered for realization of method for improving the air quality at units of medical nomination. Ecological problems and atmosphere problems in particular became tangible at the beginning of the 21st century not only for society, but for each human. The problem of cleaning air and creating favorable atmosphere at objects with artificial environment has gained great importance. The following classification is offered for facilities with artificial medium of human existence. Systems approach to solving the problem of managing atmosphere at installations with artificial living medium is primarily systems notions and systems studies organization, requiring the problem to be regarded from all directions, with experts from various areas of knowledge, profiles and specialties. This is an understanding that such a system is not just a combination of its elements. A complex understanding of interrelation of all elements of this system allows to set aside the priorities and optimize the main parameters of the system. Such notions as atmospheric natural air and air at facilities with artificial living medium are not equal. Air is one of the main elements at facilities with artificial living medium. Its clearness and specific chemical composition determine human life duration in many aspects. Besides that, air has to possess some physical qualities of electric conductivity. The method and the apparatus for its realization, created at the Institute of management problems of the Russian Academy of Science (IMP), belongs to new technologies in problems of management of physical characteristics of air at compartments with artificial living conditions. This method is based on displacement of heavy air ions from atmosphere of hermoclose compartments by creating artificial unipolarity of air ions with different speeds of motion. Electric effluvial generator "IAT-AlMAZ", created at IMP and protected by the Russian Federation Patent.