Radiation design criteria for electronic parts applications in space environments are provided. The data were compiled from the Mariner/Jupiter Saturn 1977 electronic parts radiation test program. Radiation sensitive device types were exposed to radiation environments compatible with the MJS'77 requirements under suitable bias conditions. A total of 189 integrated circuits, transistors, and other semiconductor device types were tested
This tutorial provides an overview of the natural space radiation environment, an introduction to ra...
Neutron, electron, proton, and electromagnetic radiation effects on transistors - handboo
The space radiation environment can lead to extremely harsh operating conditions for spacecraft elec...
Criteria and procedures for determining dosage of penetrating space radiation and design of appropri...
This handbook was assembled to document he radiation environment for design of Orbiter avionics. It ...
The Voyager spacecraft is subject to radiation from external natural space, from radioisotope thermo...
Effects of nuclear and space radiation on mechanical, thermal, and optical properties of spacecraft ...
Radiation-resistant circuitry and power supplies in nuclear reactor-propelled spacecraf
The Earth's natural radiation environment poses a hazard to manned space activities directly through...
The slides present a brief snapshot discussing electronics and exploration-related challenges. Radia...
Degradation, failure, and effects of electron irradiation on circuit reliability of silicon integrat...
A handbook which sets forth the Kennedy Space Center radiation protection policy is presented. The b...
A literature review of the near-Earth trapped radiation of the Van Allen Belts, the radiation within...
Radiation torque sources and effects on spacecraft and spacecraft attitude control system desig
Mathematical models used in optimal design of silicon controlled rectifiers with improved radiation ...
This tutorial provides an overview of the natural space radiation environment, an introduction to ra...
Neutron, electron, proton, and electromagnetic radiation effects on transistors - handboo
The space radiation environment can lead to extremely harsh operating conditions for spacecraft elec...
Criteria and procedures for determining dosage of penetrating space radiation and design of appropri...
This handbook was assembled to document he radiation environment for design of Orbiter avionics. It ...
The Voyager spacecraft is subject to radiation from external natural space, from radioisotope thermo...
Effects of nuclear and space radiation on mechanical, thermal, and optical properties of spacecraft ...
Radiation-resistant circuitry and power supplies in nuclear reactor-propelled spacecraf
The Earth's natural radiation environment poses a hazard to manned space activities directly through...
The slides present a brief snapshot discussing electronics and exploration-related challenges. Radia...
Degradation, failure, and effects of electron irradiation on circuit reliability of silicon integrat...
A handbook which sets forth the Kennedy Space Center radiation protection policy is presented. The b...
A literature review of the near-Earth trapped radiation of the Van Allen Belts, the radiation within...
Radiation torque sources and effects on spacecraft and spacecraft attitude control system desig
Mathematical models used in optimal design of silicon controlled rectifiers with improved radiation ...
This tutorial provides an overview of the natural space radiation environment, an introduction to ra...
Neutron, electron, proton, and electromagnetic radiation effects on transistors - handboo
The space radiation environment can lead to extremely harsh operating conditions for spacecraft elec...