… contrast agents to determine how they affect the sensitivity of microwave imaging modalities.
In [2, 3], we describe the dielectric contrast-… ) as a contrast agent for microwave imaging. …

… amount of contrast agents. One of the goals of this study is to determine the minimum
dielectric contrast required for reliable tumor detection. Different contrast agents lead to distinct …

… methods that confine EM energy within the dielectric material. One of the most common …
placing a dielectric pad made of ultrasound gel and doped with paramagnetic contrast agent on …

… The accumulation of contrast agent particles in a breast tumor is … method (QS-FEM), as well
as a 2D finitedifference time-domain (FDTD) approach. The advantages of the former method …

… Yet another challenge for this class of contrast agents is the development of robust methods
… Various gold [42, 80–87], gold–dielectric hybrid [88–90], and multimodal materials [83, 91], …

… contrast agent targeting a specific biomarker of clinical relevance; a method to safely deliver
the contrast agent to … Metallic nanoparticles with a dielectric core/metallic shell composition …

… and blood oxygenation and tissue dielectric properties relevant to physiology and pathology.
These two methods, however, may have a limited detection depth and lack of endogenous …

… such methods offer a complete mapping of the dielectric profile … the use of exogenous contrast
agents in microwave imaging … their dielectric properties after the introduction of the agents. …

… an inversion method for the design of dielectric pads. … Furthermore, inverse scattering
methods from remote sensing … a numerical method that can optimize the design of dielectric pads …

… a dielectric silicon nitride (SiN) film, an array of particle patterns is first transferred to a dielectric
… While direct conjugation of imaging agents to the surface of S1MP provided a method to …