ty -jour a2 -Zhang，liqun au -meli，abubakar dantani au- abbas，zulkifly au -zaid，mohd hafiz hafiz mohd au -ibrahim，ibrahim，nor azowa py -2019 da -2019 da -2019/07/24 ti-SLS -HDPE复合材料SP -3420925 VL -2019 AB -RS -4050的复杂介电常数是一种基于刚性环氧的磁性磁性铸造微波吸收材料；它已在波导应用的许多领域用作微波波指导终止和虚拟负载。近年来，对于微波应用，对具有较低介电常数较高损耗因子的复合材料的需求。这项研究，苏打石灰二氧化硅（SLS）对苏打石灰二氧化硅高密度聚乙烯（SLS-HDPE）复合材料的结构和复杂介电常数的影响是为了探索用SLS-HDPE复合材料代替RS-4050的可能性微波波指导终止和虚拟负载。通过缩放不同百分比的SLS和HDPE鉴定了SLS玻璃粉和HDPE的元素重量组成。X射线衍射（XRD）用于研究SLS-HDPE复合材料的结晶度行为。在8至12 GHz的频率上研究了所提出的SLS-HDPE复合材料。这项研究是使用波导Agilent N5230a PNA技术进行的。 The effect of microwave frequency on complex permittivity properties for SLS-HDPE composites of different percentages of SLS and HDPE (10% SLS-90% HDPE, 20% SLS-80% HDPE, 30% SLS-70% HDPE, 40% SLS-60% HDPE, and 50% SLS-50% HDPE) were investigated. Results showed the diffraction patterns reveal good amorphous quality with a genuinely properties structure. The microwave frequency and composites percentages significantly influenced the complex permittivity (real and imaginary) properties of the composites. Moreover, the complex permittivity increased as the percentage of SLS filler increased in the host matrix HDPE as a result of increased in composite density due to less volume being occupied by the filler as the percentage increased. The complex permittivity of the smallest and largest percentages of SLS (10% and 50%) was (2.67-j0.05) and (3.45-j0.35), respectively. The study revealed that the best sample for waveguide application as microwave terminator is 50% SLS as it has the highest dielectric constant, highest loss factor, and highest loss tangent as compared to 10% SLS to 40% SLS. Also 50% SLS has the highest absorption properties as compare to 10% SLS, 20% SLS, 30% SLS, or 40% SLS. The XRD physical structure of the SLS-HDPE composites revealed the absorption characteristics of different percentages of the materials. The SLS-HDPE composites can be applied in the area of waveguide as a microwave waveguide terminations and dummy loads. SN - 0730-6679 UR - https://doi.org/10.1155/2019/3420925 DO - 10.1155/2019/3420925 JF - Advances in Polymer Technology PB - Hindawi KW - ER -