Development of principles of electromagnetic environment control taking into account dosimetric parameters

The article considers a possibility of improving the methods controlling electro-magnetic environment subject to additional parameters. There has been conducted analysis Russian and international standards on hygienic regulation electromagnetic fields reveal parameters characterizing interaction between energy an field biological objects. A specific absorbed rate are quantitative characteristics with effects radiation objects considered. promising direction for ensuring safety from is comprehensive methodology monitoring visualizing environment. To improve principles there have considered dosimetry radio frequency range. Theoretical based use anatomically realistic computer models typical objects, taking into account values electrical properties different simulated tissues in models. shown advantages disadvantages theoretical computational methods: finite element method, method moments, multipolar hybrid analytically methods. Experimental consists direct measurement magnitude emitting object. modern system experimental assessing dosimetric presented including measuring probes, probe positioning system, testing parameters, as well control data processing system. research makes it possible identify that can be used environment,