Atomfair Brainwave Hub: SciBase II / Advanced Materials and Nanotechnology / Advanced materials for extreme environments

Advanced materials for extreme environments

Showing 157-168 of 565 articles

Designing 10,000-year stable materials for nuclear waste encapsulation

Enzymatic polymerization for biodegradable plastics under volcanic winter conditions

Continental drift-adjusted geothermal energy systems for impact winter resilience

For volcanic winter preparation using stratospheric aerosol reflectance modeling

Employing self-healing materials for underwater pipeline corrosion resistance

Tracing the origins of life during RNA world transitions in hydrothermal vents

Employing NAD+ boosting for extended deep-space astronaut health preservation

Modeling radiation-induced embrittlement in nuclear containment vessels for megayear material degradation

For cryogenic preservation durations exceeding 100 years in organ banking protocols

Through Arctic permafrost stabilization using unconventional methodologies for climate mitigation

Across paleomagnetic reversals with controversial but promising approaches to geomagnetic forecasting

Mapping circadian gene oscillations across Arctic species under perpetual daylight conditions