|  SCIENTIFIC EQUIPMENT USED:
                            
 
                            PDA kit consisting of 6 assembliesfor accommodation in SM compartments;
 Phantom kit outfitted with a set of changeable 
                              assemblies and cylindrical cases containing passive 
                              detectors; 
 
                            Matryoshka equipment (monoblock); Stowage with tools. NOMINAL HARDWARE USED: 
                            Videocamera PD-70P;Digital camera Nikon D1for photographic recording and filming of PDA 
                              and Phantom scientific equipment installation sites;
Laptop;Payload server unit functioning as control computer;Winchesters;Power switching unit;Cable kit. |  |  PURPOSE: 
                             Investigation into dynamics of in-orbit radiological 
                              situation both in Service Module and the ISS RS 
                              docking module, as well as accumulated radiation 
                              doses in anthropomorphic and spherical phantoms. Improvement of the methods of space dosimetry 
                              and evaluating radiation hazard impact on cosmonaut's 
                              body during dynamics of radiological situation throughout 
                              flight trajectory.   OBJECTIVES: 
                             Measurement of spatial and solid distributions 
                              of radiation characteristics of space ionizing radiation 
                              in pressurized compartments of Service Module and 
                              Docking Module of the ISS RS by means of scientific 
                              equipment PDA (Assembly of Passive Detectors) and 
                              Phantom (Spherical Tissue-Equivalent Phantom).Development of calculation methods to evaluate 
                              radiation doses for various organs of cosmonauts' 
                              bodies during long in-orbit flights to the ISS RS.Verification of radiological situation models 
                              in near-earth space and the methods for calculating 
                              radiation transmission through protective substance 
                              and tissues by comparing the assessed parameters 
                              of radiological conditions determined via calculations 
                              in the station compartments and phantom with the 
                              measurement results.Research into space radiation distribution throughout 
                              the station flight trajectory.Study of time-dependent space radiation variations 
                              (cycles of solar activity, proton emission resulting 
                              from sun burst) and in-orbit parameters.Research into impact of protection on variation 
                              in space radiation dose (attenuation of dose, factor 
                              of protection substance accumulation and/or activation). EXPERIMENT RESULTS: 
                            PDA kit assemblies with the exposed detectors.Stowage of the Phantom scientific equipment containing 
                              cylindrical cases and the cover with the exposed 
                              detectors within it.Photographic data to be downlinked via TV exchange 
                              module.Data necessary to predict radiation hazards risk 
                              for future space projects and to develop the ISS 
                              radiation monitoring aids. |