Florida State University researchers stabilize radiation-detecting materials with UV light crosslinking
Florida State University scientists have developed a new method to create durable, water-resistant films from radiation-detecting organic metal halide hybrids using ultraviolet light.
New technique stabilizes fragile materials
Researchers at Florida State University used a crosslinking process to lock low-dimensional organic metal halide hybrids into a robust form. Professor Biwu Ma explained that this approach connects individual molecular components into a network similar to how rubber is treated in car tires. The resulting films are designed to withstand demanding conditions required for advanced technology.
Potential uses in medical and space tech
The team aims to apply these stabilized materials to devices used in medical imaging and radiation therapy protocols. Applications also extend to space technologies where durability is essential for long-term operation. This development could make manufacturing such detection devices easier and more practical for industry.
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