Q-factor; nanostructured materials; radiofrequency oscillators; surface acoustic wave resonators; NCD growth; SAW resonators; acoustic wave detection; diamond layer; diffusion losses; dispersion losses; e-beam; elliptically polarized waves; frequency 2 GHz; frequency 3 GHz; insertion loss; lithography processes; multilayer diamond based waveguides; nanocrystalline diamond based substrate; optical lithography; piezoelectric layer deposition; quality factor; radiofrequency range; surface acoustic wave devices; ultralow noise on-board oscillators; zinc oxide film deposited; Diamonds; Lithography; Optical resonators; Oscillators; Resonant frequency; Substrates; Surface acoustic waves; E-beam Lithography; Low Loss; NanoCrystal Diamond; Radio-Frequency; Surface Acoustic Wave; Thin Layers; ZnO;
机译:在Si衬底上构建Yba_2Cu_3O_7-δ膜的Fabry-Perot谐振器
机译:通过对硅基板进行表面处理和深度蚀刻来减少超导谐振器的固有损耗
机译:低损耗高折射率五氧化二钽微环谐振器和硅衬底上的光栅耦合器
机译:基于NanoCrystalline金刚石基衬底的高频低损耗SAW谐振器
机译:薄纳米晶金刚石基肖特基势垒二极管和其他两个端子结构的电性能。
机译:基于一次性塑料薄膜的柔性表面声波谐振器用于电子产品和芯片实验室应用
机译:基于纳米晶金刚石基底基底基材构建的高频率低损耗锯谐振器