, 1975 This thesis presents a frequency dependent analysis of micro-strip loss. Spectral domain theory is employed to develop expressions for both dielectric and conductor loss in a form suitable for programming on a digital computer. Computational results are presented and compared with those of other investigators.
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Microstrip Antennas: Future Trends and New Applications
International Journal of Antennas and Propagation, 2013 Hala A. Elsadek +3 more
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Design and testing of frequency-doubling microstrip antenna sensor for wireless monitoring of high temperatures. [PDF]
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Retraction Note: Novel design of a dual-band microstrip antenna array for 6G mmWave applications. [PDF]
Sci RepAl Ka'bi A.
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Developing and examining a compact dual band circularly polarized ultra-wideband antenna covering C-band and X-band applications. [PDF]
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Notch Bandpass Filter with an Independently Controllable Notch Frequency Based on SSPPs and an Annular Slot DGS. [PDF]
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A Quasi-Lumped Element Tunable Bandpass Filter Based on GaAs Technology. [PDF]
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Design of a Low-Noise 2.4/5.5 GHz Dual-Band LNA Based on Microstrip Structure. [PDF]
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Microwave technologies for biomedical diagnosis and therapy: advances, challenges, and perspectives. [PDF]
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Broadband slant-polarized series-fed microstrip patch antenna array based on magnetic current feeding technology. [PDF]
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