机译:FE_3O_4介导的介电传感器,使用超材料启动谐振器用于NO_2感测
Department of Applied Physics Defence Institute of Advanced Technology Pune 411025 India;
Department of Applied Physics Defence Institute of Advanced Technology Pune 411025 India;
Department of Applied Physics Defence Institute of Advanced Technology Pune 411025 India;
Chemistry Division Bhabha Atomic Research Centre Mumbai 400085 India;
Department of Applied Chemistry Defence Institute of Advanced Technology Pune 411025 India;
Department of Applied Physics Defence Institute of Advanced Technology Pune 411025 India;
Iron oxide nanoparticles; Sensor; Dielectric constant; NOx sensing;
机译:基于超材料激发的谐振器的微波传感器传感策略综述:用于健康诊断,电信和太空应用的介电特性,位移和角速度测量
机译:基于互补的单分裂环谐振器(CSSRR)的超材料启发旋转传感器
机译:新型高选择性NO_2传感器,用于检测低水平的NO_2
机译:基于互补非对称双分裂谐振器的超材料启发传感器
机译:基于介电微谐振器的光电系统,用于传感应用。
机译:改进的分体环谐振器传感器用于精确复杂的固体电介质介电常数测量
机译:超材料激励谐振器在紧凑型微波位移传感器中的应用