求翻译：从图4(a)和(b)中可看到，复合样品的复介电常数实部' 随着 的减小而逐渐减小。对于纯BaTiO3样品(x=1)，其复介电常数虚部" 在14.6 GHz附近出现介电损耗峰，这可能是由钛酸钡固有电偶极子的取向极化引起的[18]。是什么意思？

Can be seen from Figure 4 (a) and (b), the real part of complex permittivity of the composite samples  'With the decrease gradually decreases. For the pure batio3 samples (x = 1), the complex permittivity imaginary part  near 14.6 GHz dielectric loss peak, which may be caused by the orientation of

From Figure 4 (A) and (b) you can see, the composite samples of real-time replicas of dielectric constant  ' along with the decrease of decreases gradually. For plain BaTiO 3 samples (X= 1) and its dielectric constant virtual replica of the 14.6 "  GHz appears near loss dielectric peak, this may b

May see from chart 4(a) and (b), compound sample duplicate coefficient of dielectrical loss real part  ' along with reduces reduces gradually.Regarding pure BaTiO3 sample (x=1), its duplicate coefficient of dielectrical loss imaginary component  " appears the dielectric loss peak nearby 14.6 GHz,

From Figure 4 (a) and (b) can be seen in, real part of complex permittivity of composite samples of ' gradually reduces with reduced. For pure BaTiO3 sample (x=1), the imaginary part of complex permittivity "appears in the vicinity of 14.6 GHz dielectric loss peaks, this may be caused by permanent e

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