K. D. Belcastro And O. Ergen, "Digitize the Human Body by Backscattering Based Nano-Tattoos: Battery-Free Sensing," IEEE Electron Device Letters , vol.44, no.5, pp.849-852, 2023
Belcastro, K. D. And Ergen, O. 2023. Digitize the Human Body by Backscattering Based Nano-Tattoos: Battery-Free Sensing. IEEE Electron Device Letters , vol.44, no.5 , 849-852.
Belcastro, K. D., & Ergen, O., (2023). Digitize the Human Body by Backscattering Based Nano-Tattoos: Battery-Free Sensing. IEEE Electron Device Letters , vol.44, no.5, 849-852.
Belcastro, Kristen, And Onur Ergen. "Digitize the Human Body by Backscattering Based Nano-Tattoos: Battery-Free Sensing," IEEE Electron Device Letters , vol.44, no.5, 849-852, 2023
Belcastro, Kristen D. And Ergen, Onur. "Digitize the Human Body by Backscattering Based Nano-Tattoos: Battery-Free Sensing." IEEE Electron Device Letters , vol.44, no.5, pp.849-852, 2023
Belcastro, K. D. And Ergen, O. (2023) . "Digitize the Human Body by Backscattering Based Nano-Tattoos: Battery-Free Sensing." IEEE Electron Device Letters , vol.44, no.5, pp.849-852.
@article{article, author={Kristen D. Belcastro And author={Onur Ergen}, title={Digitize the Human Body by Backscattering Based Nano-Tattoos: Battery-Free Sensing}, journal={IEEE Electron Device Letters}, year=2023, pages={849-852} }