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5 个月
采用激光化学气相沉积(Laser CVD)技术制备SiC@C核壳异质结构,用于 ...
本文提出基于激光化学气相沉积(LCVD)的界面工程策略,通过调控沉积压力和氢蚀刻机制精确控制SiC@C核壳纳米须的碳壳厚度,实现了0.34 mm超薄涂层的高效电磁屏蔽(51.5 dB),同时降低反射并提高吸收,为柔性电子织物开发提供新路径。 在现代科技快速发展的 ...
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