microwave measurement; nanolithography; network analysers; rectangular waveguides; submillimetre wave measurement; terahertz spectroscopy; TE10 mode; VNA; atomic layer lithography technique; electric field enhancement factor; electromagnetic wave funneling; frequency 10 GHz to 40 GHz; microwave funneling regime; microwave transmittance measurement; nanogap; nanometer-wide gap array; rectangular ring shaped geometry; rectangular waveguides; size 2 nm; terahertz transmittance measurement; time domain spectroscopy; vector network analyzer; Atomic layer deposition; Electromagnetic waveguides; Frequency measurement; Lithography; Microwave imaging; Microwave measurement; Microwave theory and techniques;
机译:湍流非均质等离子体中探测电磁波传播的扩散形式的转变以及反应堆规模装置中微波反射测量的局限性
机译:微波制度挤压宽带电磁能量的恶搞等离子体布鲁斯特角传递
机译:单间隙SRR超材料几何参数对微波制度中内侧隐形斗篷单位电池电磁特性的影响
机译:通过λ/ 10,000,000,000纳米内的电磁波漏斗进行微波制度
机译:915 MHz单模腔系统中微波加热的电磁和热分析:微波辅助热灭菌和巴氏灭菌
机译:Aero-Ga2O3纳米材料从微波到太赫兹电磁透明适用于物联网
机译:薄型微波电磁阵段具有两个同心环的薄型模式共振状态
机译:卫星电力系统微波功率传输的免疫学和血液学效应。 I.将小鼠暴露于2450mHz电磁场的系统。 II。未能检测到2450 mHz微波辐射的影响