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๐ SIMILAR VOLUMES
Alternative techniques for integrating high-quality factor resonators using micromachining techniques have been investigated. Two methods are presented which include suspending microstrip lines on thin dielectric membranes, resulting in an effective dielectric constant of near unity, and integrating
The microwave and millimeter-wave absorption spectra of \({ }^{13} \mathrm{C}\)-substituted \(\mathrm{CD}_{3} \mathrm{OH}\) have been investigated in the frequency range \(18-116 \mathrm{GHz}\). All transition frequencies have been measured for the \(J=1 \leftarrow 0\) to \(J=3 \leftarrow 2 a\)-type
Recent developments in micromachining techniques at the University of Michigan have resulted in novel high-performance low-loss filters for microwave and millimeter-wave applications. The idea is based on suspending the filters on thin dielectric membranes to eliminate dielectric loss and dispersion