1) energy absorption
吸能
1.
Impact energy absorption and dynamic viscoelasticity of composites;
复合材料的冲击吸能与动态黏弹特性
2.
The energy absorption efficiency of brittle foams is better than that of.
脆性泡沫的吸能效果总体优于韧性泡沫。
3.
An investigation into the energy absorption behaviors of axially splitting thin-walled metal tubes with polygonal sections was carried out.
通过分析薄壁管的撕裂能、塑性变形能和摩擦能,讨论了冲头的锥形角、壁厚以及边数等因素对结构吸能的影响。
2) energy absorbing
吸能
1.
Carbon/Epoxy composite materials are ideal energy absorbing materials for their square shape energy absorbing curves.
Carbon/Epoxy 复合材料可以用作理想的吸能材料。
2.
Dynamic response and energy absorbing characteristics of shallow spherical shell structures when impacting a rigid plate are studied here.
对薄壁扁球壳结构撞击刚性板的动态响应和吸能特性进行了研究。
3) energy-absorbing
吸能
1.
Investigation of Low Speed Collision Test and Simulation for Energy-absorbing Car Bumpers;
缓冲吸能式保险杠的低速碰撞试验和仿真
2.
Electronic control system of energy-absorbing equipment of screw shear type and attached with bumper system for mitigation of automobile collision
带保险杠系统的螺纹剪切式汽车碰撞吸能装置的电子控制系统
3.
By using the experimental technology of Hopkinson compression bar,the dynamic features of four kinds of rubber complex materials composed of different admixtures and subjected to impact load are explored and their good energy-absorbing effect i.
本文用分离式Hopkinson压杆实验技术研究了不同掺料的四种橡胶复合材料在冲击荷载作用下的动力学性能 ,分析了其良好的吸能效果 ,实验中发现四种橡胶复合材料透射波幅值与入射波幅值的比值较低 ,表明其吸能率较高 ,尤以涤棉和尼龙两种材料吸能效果较好。
4) energy absorption ability
吸能性能
1.
The compression deforming activity and energy absorption ability of aluminum foam with silicone rubber and rubber cylinder sandwich with silicone rubber were studied.
研究表明:在泡沫铝中充填硅橡胶后,泡沫铝的平台区比原来增高、增长,其吸能性能也得到提高;由于泡沫铝的充填,钢管的变形方式发生改变,由不对称屈曲转变为轴对称屈曲;充填硅橡胶的泡沫铝层合金属管具有比原来更高的屈曲褶皱载荷,且屈曲褶皱的产生滞后,其吸能性能也得到提高,硅橡胶充填对层合钢管的影响比对层合铝管的影响更明显。
2.
Compression deforming activity and energy absorption ability of aluminum foam with silicone rubber and aluminum foam with silicone rubber cylinder sandwich under pressing was studied.
在此基础上，研究了硅橡胶的充填对泡沫铝及泡沫铝层合管吸能性能的影响；面板厚度对泡沫铝层合梁抗弯性能的影响。
5) energy absorption
吸能性能
1.
The characteristics of cellular aluminum specimen under compression were investigated, and the effects of porosity and pore-diameter on energy absorption of cellular aluminum were revealed.
研究了胞状铝的压缩形变特征以及孔隙率、孔径对吸能性能的影响 ;提出了不同孔隙率和孔径的胞状铝吸能性能的综合判别方法 。
6) energy absorption capability
吸能能力
1.
Spherical pores Al foam is a cellular metal material of high plastic performance,so energy absorption capability of it is bigger than that of spherical pores Al alloy foam.
在获得球形孔泡沫纯铝压缩应力-应变曲线基础上,研究了泡沫纯铝的压缩屈服强度、吸能能力。
2.
The relationships between strain rate and Poisson[BF] [BFQ]s ratio, strain rate and energy absorption capability are also analyzed.
3s范围内进行动态单轴直接拉伸试验,系统、全面研究了混凝土在不同应变速率影响下的强度、变形特性以及耗能性能;对强度、峰值应力处应变、弹性模量分别给出了反映应变速率影响的经验公式;分析了泊松比、吸能能力与应变速率的关系;并对不同速率下混凝土的拉伸应力-应变全曲线进行了探索,提出了由一组方程结合混凝土静态参数即可描述不同应变速率下混凝土应力-应变全过程特性的方法。
补充资料：内吸除(见单晶片的吸除技术)
内吸除(见单晶片的吸除技术)
internal gettering
内吸除internal gettering见单晶片的吸除技术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条