Articles tagged with Glass
Richard W. Rees, a Wilmington researcher, has been awarded the Hero of Chemistry title by the American Chemical Society for his work on laminated safety glass technology that protects people from flying glass shards and other debris in explosions.
James R. Moran, a fellow at Solutia Inc., has developed a laminated safety glass that can absorb blast pressure and energy, protecting people from flying glass shards and debris in explosions. This technology was recognized by the American Chemical Society's Heroes of Chemistry program for its contribution to improving public safety.
DuPont scientists Richard Rees and W. Mark Barbour's team developed innovative technologies to minimize falling and flying glass during explosions, while also detecting harmful pathogens in food supplies with the BAX system. Their advancements strengthen global security and protection measures.
Scientists have discovered a rare fossil of a brittle star with preserved fleshy tube feet, providing evidence of an ecological shift through time. The findings challenge traditional understanding of soft tissue preservation and offer new insights into the evolutionary history of starfishes.
Researchers detected a magnitude 5.7 quake on Kilauea's southern flank in November 2000 using GPS data, which caused the volcano's southern flank to slide nearly 3.5 inches into the sea. The event could become a model for predicting catastrophic tsunamis in the Pacific.
A scoring system characterized the men from pessimist to optimist, with optimistic men having a lower risk of coronary heart disease. Despite this protective effect, the researchers found no difference in mortality rates between optimistic and pessimistic men.
The MilliWave Viscometer measures viscosity in molten materials, indicating chemistry and quality. It enables feedback control, maximizing waste loading and improving efficiency in glass production, with significant economic impact on environmental clean-up efforts.
PNNL scientists are working on a massive energy reserve that could keep America powered into the next century. They're also developing a 30% lighter windshield prototype with optimal safety properties. Additionally, researchers have created a diagnostic system to monitor rooftop air-conditioning units and improve energy efficiency.
Researchers from SurroMed and Penn State University have developed Nanobarcodes particles, which can identify individual particles using optical microscopy. This technology enables multiplexed bioassays in solution, revolutionizing life science research and disease diagnosis.
A study by Boston College chemists shows that water plays a crucial role in protein function, enabling enzymes to adapt to extreme conditions. The findings have positive ramifications for designing more stable proteins, such as medicinals and laundry detergent enzymes.
Penn State researchers studied silica layer formation on modified e-glass, discovering that it breaks up and repolymerizes during corrosion. Understanding this process could lead to stronger fibers and improved lung safety for people exposed to glass fibers.
A team of researchers from Penn State has successfully developed a polymer coating that adheres to the surface of optical glass, particularly phosphate glasses. This breakthrough enables new applications for these glasses in fields such as optics and photonics.
Researchers developed a new method to save lives and protect property in windstorm-prone areas using a laminated glass window unit with a sacrificial ply. The design concept is promising for enhancing hurricane resistance of windows and offers a cost-effective alternative to expensive shutters or boards.
The National Inventors Hall of Fame honors seven innovators, including Walt Disney and Steve Wozniak, for their contributions to the personal computer, animation, and medical breakthroughs. The inductees' inventions have improved quality-of-life materials and technologies.
The FDA has approved a new cancer treatment using microscopic glass beads that deliver localized radiation to liver tumors. The treatment involves injecting radioactive glass beads into the liver, where they kill malignant cells with minimal side effects.
Scientists analyze melt inclusions in Hawaiian crystals, finding highly unusual trace-element contents that match a specific rock type. The study confirms a giant recycling process where ancient oceanic crust is melted and re-formed in the Earth's mantle.
University of Illinois researchers have developed a theory that explains how glassy materials behave and predict the speed of molecular motion changes with temperature. The theory, based on thermodynamic measurements of heat capacity, provides a universal form for expressing glass transition phenomena.
Chemist Peter G. Wolynes explains how glass, a disorganized crystal in a frozen state, keeps its shape and applies this insight to study protein structures. His work has numerous applications in environmental cleanup and drug design.
Researchers at NRL have created a new type of glass material for use in future opto-electronic devices, which could lead to advancements in optical sensors, miniaturized optical systems, high-speed communication components, and more. The material's properties are highly dependent on its layered structure and composition.
Researchers have developed a new method to engineer glass that can withstand stress without catastrophic failure, reducing the variability in strength. This new approach creates internal compressed layers that stop crack propagation, making the glass more consistent and reliable.
A recent study found a link between an asteroid/comet impact and the disappearance of 35 mammal species and a flightless bird 3.3 million years ago in southeastern Argentina. The research suggests that the impact may have triggered a climate change, leading to regional extinctions.
Researchers at UB have successfully developed perfectly aligned carbon nanotubes, bringing researchers closer to developing flat panel displays with excellent viewing angles and high resolution. The technical advances made by the team will help make flat panel displays made with carbon nanotubes affordable, using glass as a substrate.
Golfers can expect to hit longer shots and experience a softer yet solid feel with the new Liquidmetal alloy, absorbing less energy than conventional materials. This high-performance material is also attractive for replacing traditional metals in sporting goods and aerospace products.
Michigan Technological University researchers are developing Trac + Deicer, a mixture of crushed glass and calcium magnesium acetate (CMA), as an alternative to road salt. Studies have shown that CMA can be as effective as salt in keeping snow from packing on the road surface while being less corrosive.
The new technology uses upconversion to create visible light when struck by infrared laser beams, allowing for true three-dimensional color images. The implications are vast, with potential applications in medicine, air traffic control, and engineering.