Daniela Nunes

Papers

Total Citations

343

H-Index

About

Daniela Nunes is a leading figure in the development of advanced functional nanomaterials, with a primary focus on metal oxide nanostructures and their transformative applications in sensing and electrorheological technologies. Her most influential work, the 2019 paper "Metal oxide nanostructures for sensor applications," has garnered over 340 citations, establishing her as a key contributor to the design of high-performance sensors for environmental and biomedical monitoring. Nunes has made pivotal contributions to understanding how the morphology and composition of metal oxides—such as zinc oxide and titanium dioxide—can be tailored to enhance sensitivity, selectivity, and stability in sensor platforms. Beyond sensing, she has advanced the study of electrorheological fluids, which are smart materials capable of rapidly changing viscosity under an electric field, with promising applications in active mechanical control, robotics, and biomedical devices. Her research bridges fundamental materials science with practical device engineering, and her work is widely cited for its innovative synthesis strategies and mechanistic insights. Nunes’ achievements underscore her role in pushing the boundaries of nanomaterial-based smart systems, making her a respected voice in the field.