Phys.org

Improving alloys: Researchers successfully establish a strong mechanical bond of immiscible iron and magnesium

A schematic illustration that represents the dealloying bonding of iron and magnesium. Firstly, the iron-nickel layer is bonded on the top of the iron. Subsequently, Mg is attached and heated. Then, ...
Business Wire

Bond Biosciences Announces Successful Pre-IND Meeting with the FDA to Advance the Development of BBI-001 for Treatment of Iron Overload Associated with Hereditary Hemochromatosis

PARKVILLE, Mo.--(BUSINESS WIRE)--Bond Biosciences, Inc., a clinical-stage, privately held biopharmaceutical company today announced a successful meeting with the U.S. Food and Drug Administration (FDA ...
Science Daily

Researchers successfully establish a strong mechanical bond of immiscible iron and magnesium

Transport relies heavily on steel. But steel is heavy, and scientists are turning to alternatives to lessen the transportation industry's carbon emissions. Magnesium alloys are one such alternative.
EurekAlert!

Researchers successfully establish a strong mechanical bond of immiscible iron and magnesium

Conventional transportation equipment relies heavily on steel. But steel is heavy, and scientists are turning to alternatives in the quest to improve the safety and speed of transportation, whilst ...