Protection of Space Materials from the Space Environment

In this volume, the authors delve into the vital topic of safeguarding space materials against the harsh conditions encountered in outer space. Building upon discussions initiated in past conferences, particularly since 1992, Kleiman and Tennyson bring together a wealth of insights, research findings, and innovations that reflect the evolving landscape of space technology. They underscore the importance of protecting spacecraft and equipment from the myriad challenges posed by the space environment, including radiation, extreme temperatures, and micrometeoroid impacts.

The compilation features contributions from experts in the field, who present cutting-edge solutions and materials designed to enhance the durability and functionality of spacecraft. This collaborative effort aims to address the ongoing challenges faced by engineers and scientists working in aerospace. Through rigorous analysis and expert perspectives, the volume serves as a comprehensive resource for those seeking to understand and improve the resilience of materials in a setting that is often unforgiving.

Readers will find a blend of theoretical knowledge and practical applications, making this work essential for professionals and researchers focused on the advancements in space technology. The insights shared will not only contribute to the current body of knowledge but also inspire future innovations aimed at improving the longevity and performance of materials used in space exploration.