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C.J. Zhong's work, which involves fundamental research
as well as the development of practical applications,
has high-stakes implications in fields as diverse as
chemical and biological sensing, information storage,
and catalysis.
He explores the design, fabrication, characterization,
and application of novel nanostructured materials, miniaturization
strategies and analytical tools for solving real-world
problems in chemical or biological sensors, catalysis,
micro/nano-electronics, environmental cleanup and biomedical
devices. His current research explores both of these
fields.
His most recent projects include:
- molecularly-engineered nanomaterials with novel
sensory, catalytic, optical, magnetic, and electronic
functions
- microsensor arrays and microfluidic devices
- analytical surface techniques for probing interfacial
processes and reaction mechanisms.
Available technologies include:
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