本文叙述了将酞菁铁接到聚苯乙烯和聚-4-乙烯基吡啶共聚物上后再用无机小分子掺杂,可得到有机金属络合半导体磁性型高分子薄膜材料,利用它的半导电性辅助其他填料,从而形成一种复合吸波材料。 对产物作各种谱图,并在(?)4～18GHz频率范围内测其微波衰减量,最大值为(?)28.4dB(功率反射系数为0.145%)。衰减大于10dB,吸收频宽为8GHz。 This article describes the phthalocyanine iron to polystyrene and poly-4-vinyl pyridine copolymer and then doped with inorganic small molecules can be obtained organometallic complex semiconductor magnetic polymer film material, the use of its half Conductive auxiliary other fillers to form a composite absorbing material. The spectrum of the product was measured and its microwave attenuation was measured at a frequency of 4 ~ 18GHz, with a maximum of 28.4dB (power reflection coefficient of 0.145%). Attenuation greater than 10dB, absorption bandwidth of 8GHz.