NMR Implantable Microcoil FEM Based Comparative Study for Numerical Brain Model Application
NB Mansour, C Dridi, N Yaakoubi… - … on Design & Test of …, 2019 - ieeexplore.ieee.org
This work investigates numerically four planar microcoil models (square, circular,
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …
NMR Implantable Microcoil FEM Based Comparative Study for Numerical Brain Model Application
NB Mansour, C Dridi, N Yaakoubi… - … on Design & Test of …, 2019 - univ-lemans.hal.science
This work investigates numerically four planar microcoil models (square, circular,
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …
NMR Implantable Microcoil FEM Based Comparative Study for Numerical Brain Model Application
NB Mansour, C Dridi, N Yaakoubi… - 2019 IEEE International …, 2019 - hal.science
This work investigates numerically four planar microcoil models (square, circular,
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …
NMR Implantable Microcoil FEM Based Comparative Study for Numerical Brain Model Application
NB Mansour, C Dridi, N Yaakoubi… - 2019 IEEE International …, 2019 - hal.science
This work investigates numerically four planar microcoil models (square, circular,
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …
rectangular and TLMR (Transmission Line Monolithic Resonator)) in terms of magnetic …