TransHab, a habitable inflatable structure, has been proposed as a possible module for the International Space Station that provides significant increase in the available volume compared with the US Hab module and fo r a human Mars mission . A study was undertaken to understand and provide design inputs for crew radiation exposures. The results show that the current design provides sufficient shielding to assure that the crew exposures are below the crew exposure limits currently adopted for the ISS. In addition, the shielding provides adequate protection from the largest solar particle events (SPEs) observed during the last 40 years
Plans for interplanetary manned space missions imply significant risks arising from human's exposure...
The problem of shielding a crew during early manned Mars missions is discussed. Requirements for shi...
Ongoing assembly and maintenance activities at the International Space Station (ISS) require much mo...
The Hybrid Inflatable DSH combined with electric propulsion and high power solar-electric power syst...
As the focus of future human space missions shifts to destinations beyond low Earth orbit such as Ne...
Radiation protection is an important habitat design consideration for human exploration missions bey...
NASA has plans for long duration missions beyond low Earth orbit (LEO). Outside of LEO, large solar ...
A group of twenty-nine scientists and engineers convened a 'Workshop on Shielding Strategies for Hum...
In order to enable long-duration human exploration beyond low-Earth orbit, the risks associated with...
We present a design study for a wearable radiation-shielding spacesuit, designed to protect astronau...
We present a design study for a wearable radiation-shielding spacesuit, designed to protect astronau...
Radiation shielding is of primary importance in the planning of new interplanetary manned missions, ...
In order to enable long-duration human exploration beyond low-Earth orbit, the risks associated with...
A key factor affecting the technical feasibility and cost of missions to Mars or the Moon is the nee...
NASA is now focused on the agency's vision for space exploration encompassing a broad range of human...
Plans for interplanetary manned space missions imply significant risks arising from human's exposure...
The problem of shielding a crew during early manned Mars missions is discussed. Requirements for shi...
Ongoing assembly and maintenance activities at the International Space Station (ISS) require much mo...
The Hybrid Inflatable DSH combined with electric propulsion and high power solar-electric power syst...
As the focus of future human space missions shifts to destinations beyond low Earth orbit such as Ne...
Radiation protection is an important habitat design consideration for human exploration missions bey...
NASA has plans for long duration missions beyond low Earth orbit (LEO). Outside of LEO, large solar ...
A group of twenty-nine scientists and engineers convened a 'Workshop on Shielding Strategies for Hum...
In order to enable long-duration human exploration beyond low-Earth orbit, the risks associated with...
We present a design study for a wearable radiation-shielding spacesuit, designed to protect astronau...
We present a design study for a wearable radiation-shielding spacesuit, designed to protect astronau...
Radiation shielding is of primary importance in the planning of new interplanetary manned missions, ...
In order to enable long-duration human exploration beyond low-Earth orbit, the risks associated with...
A key factor affecting the technical feasibility and cost of missions to Mars or the Moon is the nee...
NASA is now focused on the agency's vision for space exploration encompassing a broad range of human...
Plans for interplanetary manned space missions imply significant risks arising from human's exposure...
The problem of shielding a crew during early manned Mars missions is discussed. Requirements for shi...
Ongoing assembly and maintenance activities at the International Space Station (ISS) require much mo...