Shielding– tag –
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European Consortium Unveils ‘LuminShield-X,’ Transparent Radiation-Shielding Polymer for Lunar/Martian Habitats: Reduces Radiation Exposure by 70%
artemis tokyo Europe Overview A European research consortium announced 'LuminShield-X,' an innovative transparent radiation-shielding polymer designed for lunar and Martian habitats. This new material reduces radiation exposure by 70% co... -
Hydrogen-Rich Nanocomposite ‘Plasteel’ Achieves 40% Weight Reduction, 15x Cost Savings in Space Radiation Shielding
AZoQuantum Unknown Overview A novel hydrogen-rich nanocomposite, Plasteel®, offers equivalent space radiation protection with a 40% mass reduction and up to 15-fold cost savings compared to conventional systems. This material integrates ... -
Infineon and NASA Integrate Component-Level Radiation-Hardened Power Semiconductors into Nancy Grace Roman Space Telescope
Electronics USA USA Overview Infineon Technologies AG and NASA have equipped the Nancy Grace Roman Space Telescope with radiation-hardened power semiconductor components, designed to resist radiation degradation at the component level. T... -
EPC Space Unveils Rad-Hard Linear Regulators Utilizing eGaN HEMTs, Enhancing Spaceflight System Lightweighting and Reliability
EPC Space USA Overview EPC Space has introduced a technology to mitigate ionizing radiation degradation in linear regulators by employing eGaN HEMTs (High Electron Mobility Transistors). Because eGaN HEMTs inherently lack the radiation-v... -
Foremay Launches “InterStellar Series” Radiation-Hardened SSDs with Multi-Layer Z-Shielding and AI-Driven Block Management Firmware
Military Aerospace USA Overview Foremay Inc. has introduced the "InterStellar Series" of radiation-hardened solid-state drives (SSDs) for military and commercial space applications. These SSDs feature a multi-layer Z-shielding architectu... -
ACS Study Highlights High Radiation Hardness of Infrared Nanocrystal-Based Photodiodes for Space Applications
ACS Applied Electronic Materials USA Overview Research in ACS Applied Electronic Materials reveals infrared nanocrystal-based photodiodes exhibit high radiation hardness for space applications. X-ray photoelectron spectroscopy and depth ... -
Novel Polymer-Ceramic Composite Achieves Over 90% Shielding Performance Against Protons and Heavy Ions for Spacecraft
Acta Astronautica (Preprint) International Overview A new polymer-ceramic composite material developed for spacecraft radiation shielding systems has demonstrated superior shielding properties against protons and heavy ions, simulating l... -
KIST Develops Ultra-Thin, Flexible 3D-Printable Composite for Simultaneous Electromagnetic and Neutron Radiation Shielding
AllMind AI News South Korea Overview The Korea Institute of Science and Technology (KIST) has unveiled an ultra-thin, flexible, and 3D-printable composite material capable of simultaneously shielding both electromagnetic waves and neutro... -
Nanocomposite Polymers Enhance Gamma Radiation Tolerance, Enabling Polymer Materials for Extreme Space Environments
AllMind AI News Global Overview Advanced polymeric materials are being developed to withstand high-energy gamma radiation in nuclear environments, a strategically crucial development for emerging fields including space exploration. Resea... -
VCU Develops Lightweight, Flexible Boron Nitride Coating for Artemis Astronaut Radiation Protection
GRPVA.com - Greater Richmond Partnership USA Overview Virginia Commonwealth University (VCU) Professor Arvind Agarwal has developed a lightweight, flexible boron nitride-based radiation-resistant coating to protect Artemis astronauts on ...
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