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Development of integrated electronic and photonic circuits has led to distinctive data processing and transport capabilities. Scaling these devices to smaller and smaller dimension make these devices not only faster, power efficient and inexpensive components, but also lead to new challenges. A very important challenge is the growing size mismatch between photonic and electronic elements. To overcome...
Conventionally, Specific Absorption Rate (SAR) to a cancer tumor is estimated using an inaccurate water phantom method in hospitals. In this paper, we propose an accurate SAR estimation method using Finite Difference Time Domain (FDTD) technique. The FDTD method is employed in calculating the absorption of electromagnetic energy within complex, lossy dielectric human tissues. In this work, the tumor...
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