Synthesis of La2O3/PVA thin film for microwave device application

Sonali Baral, Rishu Prasad, Kajal Parashar, S. Parashar
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Abstract

Lanthanum Oxide thin film was synthesized using Polyvinyl Alcohol (PVA) to understand its microwave interaction. The experiment was performed in the X-Band under the frequency range of (9-11.5 GHz) for understanding various materialistic and microwave properties of the material. Scattering parameters were analyzed for understanding the reflection coefficient(S11) and transmission coefficient(S12) of the thin film. The reflection coefficient varied from –30dB to –38.4dB, the increase in reflection with increase in concentration was observed which results in smoothing of the surface due to concentration doping.
微波器件用La2O3/PVA薄膜的合成
以聚乙烯醇(PVA)为原料合成氧化镧薄膜,研究其微波相互作用。实验在x波段(9-11.5 GHz)频率范围内进行,以了解材料的各种物质和微波特性。通过分析散射参数,了解薄膜的反射系数(S11)和透射系数(S12)。反射系数在-30dB ~ -38.4dB范围内变化,反射系数随浓度的增加而增加,由于浓度掺杂导致表面光滑。
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