rootbrowseIAC-17A1session 55. Radiation Fields, Effects and Risks in Human Space MissionsPapers1. space radiation measurement for the biological research on sj-10 satellite2. Characterization of Bubble Detectors Used in Space Radiation Dosimetry: Charged Particle3. Main results on the neutron characteristics measured inside the Russian orbital space stations4. Feasibility of a novel TLD based personal microdosimeter for dosimetry and risk assessment of astronauts enduring long-term habitat in space stations5. Status and Future Plans for Medipix-Based Radiation Monitoring Devices on ISS, Orion and Beyond...6. Deep-Space Radiation Environment Assessment with a Novel Spacecraft and a Newer Payload7. The Matroshka-AstroRad Radiation Experiment (MARE) Aboard Orion EM-18. the research of central neural system of rats model localized -56fe26+ heavy ion radiation induced damage effects9. serum microRNAs as noninvasive indicators for space radiation10. genomic instability induced by high energy charged particles11. Impact of Whole Body Irradiation on the Intestinal Microbiome- Considerations for Space Flight12. phits modeling of martian radiation environment13. Staying Below Radiation Exposure Limits: Maximum Levels of Solar Energetic Proton Event Fluence