Add to ORKGPreliminary estimates of radiation exposures for manned interplanetary missions resulting from anomalously large solar flare events are presented. The calculations use integral particle fluences for the February 1956, November 1960, and August 1972 events as inputs into the Langley Research Center nucleon transport code BRYNTRN. This deterministic code transports primary and secondary nucleons (protons and neutrons) through any number of layers of target material of arbitrary thickness and composition. Contributions from target nucleus fragmentation and recoil are also included. Estimates of 5 cm depth doses and dose equivalents in tissue are presented behind various thicknesses of aluminum, water, and composite aluminum/water shields for e...
The Hybrid Inflatable DSH combined with electric propulsion and high power solar-electric power syst...
The radiation environment at aircraft altitudes is caused primarily by high-energy particles origina...
A cosmic radiation dose to the Apollo 16 crew of 180 + or - 100 mR was calculated from the specific ...
MCFLARE code to calculate probable flare doses encountered on interplanetary missio
Monte Carlo transport calculations estimating solar flare proton radiation dose received by traveler...
Potential dose and dose rate levels to astronauts in deep space are predicted for the solar flare ev...
Primary and secondary particle radiation doses shielded from solar flare and Van Allen belt protons ...
Radiation exposures and cancer induction/mortality risks were investigated for several major solar p...
Tissue dosages from alpha particles and heavy nuclei in solar particle beams in spac
For lunar exploration mission design, radiation risk assessments require the understanding of future...
The Langley cosmic ray transport code and the Langley nucleon transport code (BRYNTRN) are used to q...
Thermal neutron activation analyses were carried out for various space systems components to determi...
For human spaceflight missions outside low Earth orbit, there is an increased risk to astronaut heal...
Many of the large space missions must be very rigorous in their designs to reduce risk from radiatio...
The Langley heavy-ion/nucleon transport code, HZETRN, and the high-energy nucleon transport code, BR...
The Hybrid Inflatable DSH combined with electric propulsion and high power solar-electric power syst...
The radiation environment at aircraft altitudes is caused primarily by high-energy particles origina...
A cosmic radiation dose to the Apollo 16 crew of 180 + or - 100 mR was calculated from the specific ...
MCFLARE code to calculate probable flare doses encountered on interplanetary missio
Monte Carlo transport calculations estimating solar flare proton radiation dose received by traveler...
Potential dose and dose rate levels to astronauts in deep space are predicted for the solar flare ev...
Primary and secondary particle radiation doses shielded from solar flare and Van Allen belt protons ...
Radiation exposures and cancer induction/mortality risks were investigated for several major solar p...
Tissue dosages from alpha particles and heavy nuclei in solar particle beams in spac
For lunar exploration mission design, radiation risk assessments require the understanding of future...
The Langley cosmic ray transport code and the Langley nucleon transport code (BRYNTRN) are used to q...
Thermal neutron activation analyses were carried out for various space systems components to determi...
For human spaceflight missions outside low Earth orbit, there is an increased risk to astronaut heal...
Many of the large space missions must be very rigorous in their designs to reduce risk from radiatio...
The Langley heavy-ion/nucleon transport code, HZETRN, and the high-energy nucleon transport code, BR...
The Hybrid Inflatable DSH combined with electric propulsion and high power solar-electric power syst...
The radiation environment at aircraft altitudes is caused primarily by high-energy particles origina...
A cosmic radiation dose to the Apollo 16 crew of 180 + or - 100 mR was calculated from the specific ...