Effect of microstrip rectangular radiator width on SAR for local hyperthermia

Remote Malignant tumor diagnostics plays a significant role in the ability of contemporary medicine to treat cancer illnesses because early stage cancer can be treated successfully by well-developed conventional techniques. Various techniques have been used so far to design such antennas for different type of diseases. This review paper is an output of a detailed survey of various available techniques. The objective of this paper is to provide an overview of these challenges, a nd discuss the ways in which they have been dealt with so far in the literature.

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Effect of microstrip rectangular radiator width on SAR for local hyperthermia

Cited by 2 publications

References 4 publications

Investigation and Evaluation of the Effect of Silicon Layer and Its Comparison with Water Bolus in Designing Microstrip Antenna for Hyperthermia Applications

Investigation and Evaluation of the Effect of Silicon Layer and Its Comparison with Water Bolus in Designing Microstrip Antenna for Hyperthermia Applications

Designing Issues of Microstrip Patch Antenna in Biomedical Field: A Review

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