1) high strength
高强度
1.
Innovative development of specially-designed tubing with high strength for well testing services;
试油作业用高强度特种油管的创新研制
2.
Development of 600 MPa high strength hot rolled plate for cold formability in TSCR of Benxi Steel;
本钢连铸连轧600MPa级冷成型用高强度钢板的开发
3.
Craft and application of the AOD refinement for high strength low metal alloy steel;
AOD精炼高强度低合金钢工艺及应用
2) high-strength
高强度
1.
Research on Rolling Process for High-strength Anti-SSC Oil Casing;
高强度抗硫化氢腐蚀套管的轧制工艺研究
2.
Development of Large-sized High-strength Oil Casing;
大直径高强度石油套管的开发
3) high intensity
高强度
1.
The test of high intensity electrode paste has been done in 20 MVA s,,mherged are furnace,the results show that this kind of high intensity electrode paste can prevent electrode accidents effectively.
在20 MVA矿热炉中进行高强度电极糊的使用试验,结果表明可有效防止电极事故,对改善冶炼经济指标指标起到了关键作用。
2.
Carbon fountain material to synthesizy high intensity(22.
介绍了合成高强度(22。
4) high-temperature strength
高温强度
1.
To probe balance between room-temperature plasticity and high-temperature strength of Nb-Si based alloys, Nb-15W-5Si-2B-xHf(x=0,5,10,15 at%)alloys with an NbSS-dominant microstructure were developed, and the effects of Hf addition on the microstructure and mechanical properties of Nb-5Si-15W-2B-xHf at room-temperature and high-temperature were investigated and compared.
为了寻求Nb-Si基合金高温强度和室温塑性之间的平衡,设计了以Nb基固溶体相NbSS占主导的Nb-15W-5Si-2B-xHf(x=0,5,10,15,原子百分数)合金,研究了Hf元素对Nb-15W-5Si-2B合金的组织、室温和高温压缩性能以及高温蠕变性能的影响。
2.
The effect of trace addition of RE on high-temperature strength and microstructure of ZL109 piston alloy was investigated by means of Tensile Testing, SEM, EPMA, etc.
作为以低成本提高现役活塞合金高温性能的初步探索,利用材料高温试验机、扫描电镜、电子探针等手段研究了加入微量混合RE对ZL109活塞合金高温强度和显微组织的影响。
3.
MSP testing has been used to evaluate high-temperature mechanical properties of MoSi_2 based composites including high-temperature strength,brittle-to-ductile transition temperature and creep resistance.
采用MSP(Modified Small Punch)试验法对MoSi_2系复合材料的高温力学性能进行评价,不仅能方便地得到各组分复合材料高温强度随温度的变化,还能得到各组分复合材料的脆性延性转变温度,其结果和材料的微观结构相对应。
5) super strength
超高强度
1.
This paper analyzes the material mechanical properties of domestic new alloy steel 38SiMnVBE with high cost performance and super strength,and the material mechanical properties of foreign typical high performance alloy structure steels,as well as their applications in automotive components and parts.
分析了高性价比、超高强度38SiM nVBE合金结构钢和国外典型高性能合金结构钢的材料力学性能,以及在汽车零部件上的应用现状,探讨了其今后在汽车传动零件上应用的可能性。
6) high strength steel
高强度钢
1.
Development on control of hydrogen in high strength steel weld metal;
高强度钢焊缝金属氢控制研究进展
2.
Analysis about formation and microstructure of laser-welding-tailored-blanks with unequal thickness of high strength steels;
高强度钢差厚板激光拼焊焊缝成形及组织分析
3.
Precipitate Behavior of Second Phase and Structure of Annealed 1.5mm Cold Rolling Sheet of Nb-Ti Microalloy High Strength Steel;
Nb-Ti微合金高强度钢1.5mm冷轧板退火组织和第二相析出行为
补充资料：高模量高强度聚合物
分子式：
CAS号：
性质： 常指杨氏模量和断裂强度分别大于100GPa和3GPa的有机聚合物。实现高强高模的途径之一是将柔性高分子进行超拉伸，使卷曲或折叠的分子链拉直，并沿拉伸方向取向成伸直链结晶；另一是合成刚性棒状液晶高分子，从根本上抑制分子链的卷曲或折叠，使分子链构象或分子链间的滑移变形大大减小，外力作用在分子链的共价键上，从而大幅度提高聚合物的强度和模量。这两种方法的代表分别有超拉伸的超高分子量聚乙烯纤维，和液晶芳香聚酰胺纤维，前者的强度和模量已达到4GPa和210GPa，后者已达到2.9GPa和110GPa。
CAS号：
性质： 常指杨氏模量和断裂强度分别大于100GPa和3GPa的有机聚合物。实现高强高模的途径之一是将柔性高分子进行超拉伸，使卷曲或折叠的分子链拉直，并沿拉伸方向取向成伸直链结晶；另一是合成刚性棒状液晶高分子，从根本上抑制分子链的卷曲或折叠，使分子链构象或分子链间的滑移变形大大减小，外力作用在分子链的共价键上，从而大幅度提高聚合物的强度和模量。这两种方法的代表分别有超拉伸的超高分子量聚乙烯纤维，和液晶芳香聚酰胺纤维，前者的强度和模量已达到4GPa和210GPa，后者已达到2.9GPa和110GPa。
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