Honeycomb sandwich plate has many advantages such as low density, high strength ratio and high stiffness ratio.
蜂窝夹层板具有低密度、高比强度、高比刚度以及可设计性等优点，在航空航天领域里广泛应用。
In the paper the phenomena in test for nonlinear dynamic behavior of aluminum honeycomb sandwich plate in satellite structure are analysed.
本文针对卫星主要结构材料铝质蜂窝板的非线性动力特性现象进行了振动试验及分析。
The utility model relates to a metallic honeycomb sandwich plate, comprising metallic honeycombs, two wooden thin plates or artificial thin plates, and adhesive.
本实用新型涉及一种金属蜂窝夹芯板材，包括金属蜂窝、木质薄板或人造板薄板、粘合剂。
The metallic honeycomb sandwich plate has the advantages of significantly reduced resource consumption, low weight, high stability, wide application range, environment protection and good performance.
本实用新型的优点是大量节省资源、重量轻、稳定性强、应用范围广、环保以及有良好的使用功能。
By theoretical design and CAD, a kind of wide frequency-width Radar Absorbent Structure Plate named "trap" and a kind of wide frequency-width Radar Absorbent Honeycomb Sandwich Material are obtained.
通过理论设计及CAD辅助计算得到了一种“陷阱”式的宽频带层板型结构吸波材料和一种宽频带蜂窝夹层型结构吸波材料。
By theoretical design and CAD, a kind of wide frequency-width Radar Absorbent Structure Plate named "trap" and a kind of wide frequency-width Radar Absorbent Honeycomb Sandwich Material are obtained.
通过理论设计及CAD辅助计算得到了一种“陷阱”式的宽频带层板型结构吸波材料和一种宽频带蜂窝夹层型结构吸波材料。
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