2) Energetic materials
高能材料
1.
An experiment technique is presented which is availiable to study dynamic properties of energetic materials under impact loading by means of materials testing system.
介绍了开发ＭＴＳ材料试验机应用于快速加载的高能材料动态力学的试验方法，研究了方波信号的频率对加载速率的影响，开发了低周疲劳试验机在冲击载荷下用于固体炸药在不同温度下的单轴，三轴材料动态力学性能研究的功能，得出了应变速率达到４／ｓ。
3) high performance material
高性能材料
4) high strength and high performance material
高强高性能材料
1.
With the development of material science and theory of steel-concrete composite beams,bringing high strength and high performance material into composite beams will achieve notable benefit of technology and economics.
在材料科学取得长足进步以及组合梁理论不断完善的背景下,把高强高性能材料引入到普通的钢—混凝土组合梁中,将取得显著的经济效益和社会效益。
5) high performance cementitious material
高性能胶凝材料
1.
Development process and research progress of high performance cementitious material;
高性能胶凝材料的发展历程及研究进展
2.
According to service condition and existing question of concrete blends and additives at present,high performance cementitious material was studied by research and analysis on national and foreign documents in the paper.
针对目前混凝土掺合料、外加剂的使用情况及所存在的问题,通过国内外大量文献的研究、分析,对高性能胶凝材料进行了研究,提出了高性能混凝土用胶凝材料的发展方向,总结出一种适于生产环保型高性能胶凝材料的复合分磨-混磨生产体系。
6) functional polymer material
功能高分子材料
1.
A new type of functional polymer material,galloyl modified-cellulose(galloyl-1,6-hexyldiimino-oxypropyl-cellulose,CG),was synthesized with phenolic acid as functional group and modified cellulose as molecular skeleton.
以没食子酰基为功能基团,以改性纤维素为骨架合成功能高分子材料没食子酰化改性纤维素(没食子酰基-1,6-己二亚胺基-羟丙基-纤维素,CG):先将纤维素与环氧氯丙烷反应,然后依次接上己二胺桥链和三乙酰基没食子酰基,最后将没食子酰基脱去乙酰基得到目标产物。
2.
A new functional polymer material, namely galloylcellulose, was synthesized with gallic acid as functional group, and cellulose as molecular skeleton.
研究了以没食子酰基为功能性基团、纤维素为分子骨架的功能高分子材料的合成。
3.
The properties of electromagnetic functional polymer material, biomedical functional polymer material, chemical functional polymer material, photo functional polymer material and their application fields were introduced emphatically in this paper.
着重介绍了电磁功能高分子材料、生物医用功能高分子材料、化学功能高分子材料和光功能高分子材料的性质及应用领域。
补充资料：材料界面(见材料表面)
材料界面(见材料表面)
interface of materials
材料界面interfaee of materials见材料表面。
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