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Does a transparent material exist which can shield against galactic cosmic rays i.e. high energy nuclei of light elements?
The discussion revolves around the potential for transparent materials to shield against galactic cosmic rays, specifically high-energy nuclei of light elements. Participants explore the properties of various materials, their effectiveness in radiation dissipation, and the implications of transparency on shielding capabilities.
Participants express various viewpoints on the effectiveness and limitations of different transparent materials for shielding against cosmic rays. No consensus is reached regarding the best material or approach.
The discussion highlights limitations related to the transparency requirement, the degradation of materials under radiation exposure, and the unresolved status of metallic helium as a potential shielding material.
This discussion may be of interest to those researching materials science, aerospace engineering, or radiation protection, particularly in the context of space exploration.
http://www.gelexan.com/gelexan/timeline.htmlNASA begins using LEXAN resin for both astronaut helmet assemblies and visors.
The NASA pressure helmet assembly used by astronauts aboard their spacecraft and later on the moon is made of LEXAN polycarbonate. Many people simply call it a “Bubble Helmet.”