THE CALCULATION OF RADIATION DOSE IN TISSUE FROM HIGH-ENERGY PROTONS
Radiation dose in tissue from high-energy protons
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Radiation dose in tissue from high-energy protons
Effect of nucleon-meson cascade from proton beam on aluminum spacecraft shielding
Radiation dose from primary cosmic rays compared to dose from gamma rays produced by proton-proton reactions in solar flare - spacecraft shield
Proton fluxes along trajectories through inner van allen belt
Estimation of space radiation exposure during lunar mission - spacecraft shielding
Radiation dose from electrons and bremsstrahlung in van allen belt - spacecraft shielding
Design of spacecraft shielding of minimum weight - protons and secondary neutrons
Spacecraft shielding by magnetic fields
I is conceivable that improved shielding of space vehicles against high-energy charged-particle radiation can be obtained by combining active and passive shielding. Methods of shielding calculations and some preliminary observations pertaining to active-passive shielding are given. An analysis based upon the field of a magnetic dipole indicates that weight savings in bulk shielding can be accomplished.
Shielding methods for high-energy accelerators applied to spacecraft shielding
Nasa aerospace nuclear radiation safety philosophy
Nuclear radiation safety of rift vehicle launch & flight operations
Effects of impurities in base material of silicon solar cells junction characteristics and radiation damage
Preface for book on radiation danger during space flight
Semiconductor radiation damage from high-energy electron and proton radiation
Radiation monitoring with nuclear emulsions and other radiation sensors on Gemini project
Linear energy transfer spectra and dose equivalents of galactic radiation exposure in space
Radiation safety of manned space flights - radiobiological aspects