Researchers have developed a breakthrough battery electrode manufacturing technique that creates ultra-dense composites with unprecedented mechanical resilience. The method enables thicker electrodes that could dramatically increase energy density while maintaining structural integrity through thous
Researchers have developed a hybrid control system that significantly improves linear induction motor performance for metro applications. The method combines terminal sliding mode control with model predictive voltage control to address key limitations in current systems.
A groundbreaking study reveals that multilayer ceramic capacitors, widely considered radiation-resistant, actually show enhanced sensitivity to low-dose-rate gamma radiation. The research uncovers an unexpected phenomenon where slower radiation exposure causes more significant damage than high-dose bursts, with implications for aerospace, medical, and nuclear applications.
In what industry analysts are calling a paradigm-shifting discovery, new research indicates that a common electronic component long considered radiation-tolerant actually suffers significant damage when exposed to low levels of gamma radiation over extended periods. According to the study published in Nature Communications, multilayer ceramic capacitors (MLCCs) exhibit what’s known as enhanced low dose rate sensitivity (ELDRS) – a phenomenon previously thought to affect only active semiconductor devices.
Researchers have developed novel polymer composites using tungsten trioxide that significantly improve gamma-ray shielding effectiveness. The materials show particular promise for medical and industrial radiation protection applications.
Scientists have developed advanced polymer composites reinforced with tungsten trioxide (WO3) that demonstrate significantly enhanced gamma-radiation shielding capabilities, according to recent research published in Scientific Reports. The study comprehensively assessed both experimental and simulation data across multiple radiation energy levels, revealing that the incorporation of WO3 nanoparticles into polyester polymers creates materials with superior radiation attenuation properties.
A railway line in Oxford unused by passengers for over six decades is being revitalized as part of a £120 million infrastructure project. The initiative aims to enhance regional transport, support job creation, and reduce congestion across southeast Oxford.
An Oxford railway line that has been closed to passengers since 1963 is set to reopen, according to reports. The Cowley Branch Line, currently limited to freight services for the BMW Mini Plant, will see new stations constructed in Cowley and Littlemore as part of a broader effort to improve transport in southeast Oxford.
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