Abstract
A logarithmic spiral microstrip antenna (LSMA) is designed, simulated and measured in rabbit's kidney. The antenna operates in the Medical Implant Communications Service (MICS) band at 403 MHz. It is fabricated on Rogers RT6010 (lossy) with relative dielectric constant of 10.2 and thickness 1.9 mm. There is a good agreement between the measured and simulated results for LSMA in rabbit's kidney. A study is made to observe the effect of malignant tissues on the performance of the antenna. Results are considered as brain stone for early detection diagnosis for cancer.
Highlights
This paper presents an logarithmic spiral microstrip antenna (LSMA) for early detection diagnosis for cancer
This paper presents an LSMA for early detection diagnosis for cancer
A coaxial probe and shorting pin of radius; r1 are located as shown in Fig.1 (b).Table I, lists the design dimensions for LSMA
Summary
This paper presents an LSMA for early detection diagnosis for cancer. It studies the effect of tumor cells on the antenna performance [8].2. Logarithmic Spiral Microstrip Antenna (LSMA), Medical Implant Communications Service (MICS), Malignant Tissues, Wireless Technology 1. Introduction This paper presents an LSMA for early detection diagnosis for cancer. Implanted antennas are used as biomedical applications to cure or detect certain diseases inside the body.
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