Approximately how much higher could the annual equivalent radiation dose be for an astronaut on a Mars transit compared to the background rate on Earth?
Answer
Ten to twenty times higher
Estimates suggest that an astronaut during a Mars transit could receive an annual equivalent dose ten to twenty times greater than the background dose accumulated by individuals on Earth.
Related Questions
What is the primary and most persistent component of space radiation?What celestial events are responsible for accelerating Galactic Cosmic Rays (GCRs) to near light speed?What distinguishes Solar Particle Events (SPEs) from GCRs in terms of astronaut danger?What two factors provide protection against cosmic radiation for people on Earth?How does exposure to cosmic radiation change for people living at different locations on Earth?What is the primary health concern for astronauts on long-duration missions beyond Earth's magnetosphere?What specific type of genetic damage are GCRs highly effective at causing due to their high Linear Energy Transfer (LET)?What paradoxical risk is associated with using thick passive shielding against GCRs inside a spacecraft?Why is a dose of 1 Sievert (Sv) from GCRs biologically more damaging than 1 Sv from X-rays?Approximately how much higher could the annual equivalent radiation dose be for an astronaut on a Mars transit compared to the background rate on Earth?