The Space Survivability Test Chamber (SST) provides an extensive, versatile, and cost-effective system for pre-launch verification and assessment of small satellites, system components, and spacecraft materials. A UNSGC Faculty Research Infrastructure Grant was awarded a for the purpose of making improvements to enhance and extend the capabilities of the SST. Since the SST was brought online in August 2016, several externally funded projects have been completed and collaborative projects with The University of Tsukuba (Japan) and Logan High School (Utah). Many more projects are forthcoming and the capabilities of the SST continue to be improved and developed for the future
The effects of ionizing radiation damage on the various properties of spacecraft materials resulting...
A vacuum chamber was designed and built that simulates the space environment making possible the tes...
The Utah State University (USU) Materials Physics Group (MPG) is interested in the performance of Co...
The Space Survivability Test chamber is a new ground-based research instrument being used for accele...
A versatile test facility has been designed to study the effects of space environment fluxes and rad...
A vacuum chamber was designed and built that simulates the space environment making possible the tes...
A versatile vacuum system for long duration testing of materials modifications due to exposure to si...
A versatile test facility has been designed and built to study space environments effects on small s...
The Utah State University Space Dynamics Laboratory (SDL) and Materials Physics Group (MPG) have dev...
CubeSats are particularly susceptible to environmental-induced modifications, which can lead to dele...
In order to predict and mitigate adverse environmental effects prone to spacecraft in orbit about ea...
The effects of ionizing radiation damage on the various properties of spacecraft materials resulting...
A vacuum chamber was designed and built that simulates the space environment making possible the tes...
The Utah State University (USU) Materials Physics Group (MPG) is interested in the performance of Co...
The Space Survivability Test chamber is a new ground-based research instrument being used for accele...
A versatile test facility has been designed to study the effects of space environment fluxes and rad...
A vacuum chamber was designed and built that simulates the space environment making possible the tes...
A versatile vacuum system for long duration testing of materials modifications due to exposure to si...
A versatile test facility has been designed and built to study space environments effects on small s...
The Utah State University Space Dynamics Laboratory (SDL) and Materials Physics Group (MPG) have dev...
CubeSats are particularly susceptible to environmental-induced modifications, which can lead to dele...
In order to predict and mitigate adverse environmental effects prone to spacecraft in orbit about ea...
The effects of ionizing radiation damage on the various properties of spacecraft materials resulting...
A vacuum chamber was designed and built that simulates the space environment making possible the tes...
The Utah State University (USU) Materials Physics Group (MPG) is interested in the performance of Co...