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- Because of the complexity of designing for Multilayered microwave absorber, it requires special CAD tools. 由于多层吸波材料设计的复杂性，有必要设计专用的CAD工具。
- Computation of RCS of various microwave absorber 渐变微波吸收体散射截面计算
- Preparation of Nano-Sized Si/C/N Microwave Absorber Si/C/N纳米微波吸收剂的制备
- The microwave absorbing properties of SiC fiber composites with different fiber arr engement are studied. 研究微量碳化硅纤维 /环氧树脂复合吸波材料不同排布的吸波性能。
- In this paper,the preparation device and process of microwave absorbing polycrystalline iron fibers(PIF)was introduced. 介绍了吸波多晶铁纤维的制备装置和制备工艺,研究了反应温度、励磁电流、羰基铁流速及1次进样总量对多晶铁纤维的影响。
- This article is concerning the lightweight microwave absorbing coating containing carbonyl iron powder(CIP). 研究了以羰基铁粉为吸收剂的吸波涂层的轻型化问题。
- Results show that the mica ceramicattenuation material is a kind of new high microwave absorbing material which poss... 结果表明,衰减云母陶瓷具有吸收量大、热稳定性高、易于机械加工等特性,是一种新型的大功率微波吸收材料。
- Finally,the carbon nanotubes/epoxy group compound microwave absorbing material was analyzed and its microwave absorbing mechanism was discussed. 最后,本文对碳纳米管/环氧树脂基复合吸波涂层材料进行了研究,探讨了碳纳米管复合吸波涂层材料的吸波机理。
- The microwave absorbing properties of butadiene?acrylonitrile rubber(NBR) filled with polyaniline(PAn)/carbon black(CB)have been studied. 研究了聚苯胺(PAn)和乙炔炭黑(CB)填充于腈橡胶(NBR)的吸波性能.
- Abstract: Power station fly-ash cenosphere particles were plated with metal to prepare a light weight microwave absorbing material. 文章摘要: 利用电厂废弃物粉煤灰空心微珠，对其进行表面金属化处理制备了一种低密度的新型微波吸收材料。
- Power station fly-ash cenosphere particles were plated with metal to prepare a light weight microwave absorbing material. 利用电厂废弃物粉煤灰空心微珠,对其进行表面金属化处理制备了一种低密度的新型微波吸收材料。
- Conjugated Schiff bases have a potential possibility in producing microwave absorbing materials because of its adjustable electrical conductivity. 共轭聚席夫碱因导电且电导率可调而具有制备吸波材料的潜在可能性。
- It can also be used as the guide magnetic microball or microwave absorbing materials for the chemotherapy and thermotherapy to tumour or cancer. 也被应用作磁性药物微球和磁性吸波剂，用于肿瘤化疗和热疗的靶向药物。
- Study on the application of frequency selective surface (FSS) to the design of composite microwave absorbers was presented. 摘要对频率选择表面(FSS)在复合吸波材料设计中的应用进行了研究。
- The retailer has to absorb the cost of wastage. 零售商须承受耗损的费用。
- By calculating and designing,the performance indexs of all microwave absorbate and the electromagnetic fields on all walls of a microwave darkroom are obtained. 通过计算得到了满足指定性能要求的暗室墙壁上吸波材料的吸波性能分布，以及暗室各墙壁上的总反射场强分布。
- Experimental investigations of microwave absorber with FSS 吸波材料与频率选择表面复合的实验研究
- Finally, the possibility of conjugated poly-Schiff bases as a candidate of microwave absorbing materials was analyzed and the development prospect was previewed. 最后评估了其作为吸波材料的可能性并展望了发展前景。
- The optimization of the application of FSS to the design of composite microwave absorbers could widen the frequency range and increase the absorbing ability. 优化FSS在复合吸波材料中的使用可获得频带较宽、吸波性能较强的复合吸波材料。
- She won't be able to absorb another heavy blow. 她无力承受再一次沉重的打击。
