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对手征媒质单涂层的反射系数受其电磁特性参数ε、μ、ζ和涂层厚度ｄ 的影响进行了计算机模拟分析。分析表明，手征媒质的旋波参量并不总是对涂层的吸波特性起着改善的作用；当手征媒质的归一化旋波参量ζｒ ＝ １ 时，材料吸波特性最好。计算表明，当涂层厚度增加到一定厚度后，其反射系数几乎与厚度无关，此厚度随涂层材料的电磁特性参数不同而改变。手征媒质的介电率、磁导率对涂层反射有显著的影响
The reflection coefficient of the single coating of the chiral medium was subjected to computer simulation analysis under the influence of electromagnetic parameters ε, μ, ζ and coating thickness d. The analysis shows that the rotational parameters of the chiral medium do not always improve the absorbing properties of the coating. When the normalized rotational parameter ζr = 1 of the chiral medium, the absorbing properties of the material it is good. The calculation shows that when the thickness of the coating increases to a certain thickness, the reflection coefficient is almost independent of the thickness, which varies with the electromagnetic parameters of the coating material. The dielectric and permeability of the chiral medium have a significant effect on the reflection of the coating