The research activities of NASA are directly adding strengths to the ISS essential life support systems. Innovations enhance the technologies of water recycling and revitalization of the atmosphere. Such improvements minimize the number of required Earth resupply and guarantee the safe life of the crew on board the station.
The searching of materials science on the ISS offers essential advantages to the viability of the spacecraft. NASA performs tests on advanced alloys and protective coating in space. With the findings, more long-lasting components can be developed that are not prone to corrosion and micrometeoroids effects, allowing the structure to be kept intact.
The exposure phenomenon is vital, and continuing NASA radiation surveillance as well as biological study furnishes crucial figures. These lessons inform the creation of better shielding materials and procedures of operation. This improves the radiation protection of astronauts on board a lot during long journeys.
The human physiology studies conducted by NASA through the use of the station maximizes crew health. Research into immune functional status, bone density loss and muscle atrophy results in countermeasures. There are proper exercise programs, dietary modifications and medical procedures that are applied and astronauts are kept healthy.
Investigation of automatizing, robotization, and operational processes enhances the effectiveness of ISS. NASA examines high-tech software, robot helpers, and repair methods during a microgravity. With these innovations, monitoring of the systems is improved and the number of labor required to handle the systems is decreased as well as the number of systems that are covered in the station.
Conclusion:
The studies NASA made on the ISS directly boosts the station. It paves the way to the improvement of life support reliability, structural durability, radiation protection, maintenance of crew health and efficiency. This will further make the ISS safer and more competent to continue scientific work.
