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- Aluminum honeycomb is widely used in various engineering fi elds because of its high strength, high energy absorption capability and low den sity. 铝蜂窝是一种优良的高强度、高吸能性的轻质材料,在各工业领域得到了广泛的应用。
- The relationships between strain rate and Poisson's ratio, strain rate and energy absorption capability are also analyzed. 分析了泊松比、吸能能力与应变速率的关系；
- In automobile industry, structural optimization related to crashworthiness and energy absorption capability is of great importance, which involves many parameters of material and structure. 摘要汽车结构的耐撞性及碰撞吸能优化是现代汽车工业重要的研究内容。耐撞性的优化涉及材料与结构的众多参数。
- HOW TO INCREASE THE ENERGY ABSORPTION CAPABILITY OF ZnO ARRESTER ELEMENT 怎样提高ZnO电阻片的能量吸收能力
- The Study of Improving the Energy Absorption Capability of ZnO Varistor 提高氧化锌非线性电阻片通流容量的研究
- Numerical Simulation of Energy Absorption Capability of Composite Waved Beams 复合材料波纹梁吸能能力的数值模拟
- Numerical Simulations of Energy Absorption Capability of Composite Components 复合材料元件吸能能力的数值模拟
- Compressive stress-strain behavior and energy absorption capability of porous aluminum alloy 多孔铝合金的压缩应力-应变特征及能量吸收性能
- High solar heat absorption capability. 太阳热吸收性能好。
- High energy absorption and low reaction force. 制品具有高吸能，低反力的特点。
- energy absorption capability 能量吸收能力
- So it is necessary for the fabric, especially for the undergarment, to have good moisture absorption capability and moisture permeability capability. 导湿能力是整个传湿性能的一部分,对于织物的舒适性能有着至关重要的影响。
- Athermal Effect Any effect of electromagnetic energy absorption not associated with a measurable rise in temperature. 非热效应与可测量的温度升高无关的所有电磁能吸收效应。
- The energy absorption capacity and thermal stability of resistors for DC MOA was studied. 研究了直流避雷器用电阻片能量吸收能力及热稳定性能。
- In a word, energy absorption by grillage structure has little effect when change size and distance of longitudinal. 总体而言纵筋间距和大小的改变对板架结构形式的吸能效果影响不大。
- Energy absorption patterns of some substructures also analyzed and the passive safety of HongQi car is improved. 对于提高红旗轿车的被动安全性设计水平，保证该产品与国际市场的接轨起到了一定的作用。
- Energy absorption characteristic of thin walled beam type structures is of vital importance to the crashworthiness of vehicles. 车辆的抗撞性能主要取决于车辆结构中薄壁梁部件的吸能特性。
- The maximum pull-out force and its relative displacement and energy absorption of ACBPS were greater than those of ACPS or Orion ( P < 0.05 ) . 但其在最大拔出力及相对位移和能量吸收值上均明显高于ACPS组和Orion组(P<0.;05);
- In addition, its properties provide energy absorption to the part, preventing splintering at heavy impact and improving the safety of passengers. 这一技术可生产具有理想的微孔结构的超轻质部件，而且重量减轻也有利于环保；
