Safe and effective cancer therapy requires a suitable nanocarrier that can target particular
sites, such as cancer cells, in a selective manner. With the tremendous growth in …

Different from many superconducting magnet designs based on the analytical algorithm and
finite element method (FEM), this article presents an intelligent design of the SMES and high …

In this paper, a new method for the design of pixelated graphene-based coding metasurface
is proposed. This method suggests a straightforward approach by utilizing graphene tunable …

Common digestive and lung disorders such as stomach problems and pleural emission
pose serious difficulties for patients who undergo open surgeries wherein a wirelessly …

A microrobot that could continuously receive both electrical energy and propulsion force
from a wireless power transfer system would offer tremendous benefits. However, wireless …

In cancer therapy, magnetic drug targeting is considered as an effective treatment to reduce
chemotherapy's side effects. The accurate design and shaping of magnetic fields are crucial …

Microrobot can be used for a various kind of applications. To maximize the utilization of
microrobot, the mobility as well as providing electrical energy is necessary. Therefore, by …

Different from many superconducting magnet designs based on the analytical algorithm and
finite element method (FEM), this article presents an intelligent design of the SMES and high …