The objectives of this study are:
The results of Radi-N 1 and 2 study will allow better understanding of radiation environment aboard the ISS. The utilization of newly developed Bubble Detector Spectrometer will help characterize the neutron spectrum on board, and measurements in different ISS locations will provide a means of assessing the neutron field symmetry in different modules of the Station. Measuring the average dose within different segments of ISS will help with development of radiation protection plan for future missions.
Mission | Launch/Start Date | Landing/End Date | Duration |
---|---|---|---|
Expedition 33 | 09/16/2012 | 11/18/2012 | 63 days |
Expedition 34 | 11/18/2012 | 03/15/2013 | 117 days |
Expedition 35 | 03/15/2013 | 05/13/2013 | 58 days |
Expedition 36 | 05/13/2013 | 09/10/2013 | 166 days |
Expedition 37 | 09/10/2013 | 11/10/2013 | 61 days |
Expedition 38 | 11/10/2013 | 03/10/2014 | 120 days |
Expedition 39 | 03/10/2014 | 05/13/2014 | 64 days |
Expedition 40 | 05/13/2014 | 09/10/2014 | 133 days |
Expedition 41 | 09/10/2014 | 11/09/2014 | 29 days |
Expedition 42 | 11/10/2014 | 03/11/2015 | 121 days |
Expedition 43 | 03/11/2015 | 06/10/2015 | 91 days |
Expedition 44 | 06/10/2015 | 09/11/2015 | 93 days |
Expedition 58 | 12/18/2018 | 03/14/2019 | 85 days |
Expedition 59 | 03/14/2019 | 06/24/2019 | 102 days |