It exhibits high strength, rigidity, and good heat distortion temperature.
它具有高强度，刚度和良好的热变形温度。
The relationship between nucleation temperature and flexural strength was investigated.
探讨了核化温度与抗弯强度之间的关系。
Improved heat distortion temperature and low temperature impact strength.
提高热变型温度和低温冲击强度。
Good performance of tensile strength and temperature.
具有优异的抗拉性能和温度特性。
High strength, long service life, the temperature can reach 300 degrees Celsius and above deformation.
强度高，使用寿命长，耐温可达300摄氏度以上不变形。
Thegelatinization temperature increases with electric field strength.
糊化温度随电场强度的增大而升高。
Heat shrink temperature and breaking strength tests were carried out.
分组测定热皱缩温度及断裂强度。
The blending temperature had large influence on the strength of the blend.
共混温度对共混物强度影响较大。
The influence of brazing temperature and holding time on microstructure and tensile strength was studied.
研究了钎焊温度和保温时间对钎焊接头组织和性能的影响。
The relationship between the compression strength and temperature could also be described by straight line.
抗压强度与温度的关系也可以用直线来进行描述。
Solution treatment temperature has a significant impact on the tensile strength and elongation.
固溶处理温度对抗拉强度和延伸率有较大的影响。
The coating can be solidified at room temperature, with excellent adhesion and Impact strength.
该涂料可室温固化，并有着优良的附着力和耐冲击强度。
These alloys are at the highest end of the range of temperature and strength.
这些合金在强度和耐热性方面都是最高的。
The catalyst featured wide operating temperature "window", high activity and good crush strength.
催化剂具有高活性温域宽、氮氧化物去除率高和压碎强度好等特点。
If the temperature continued to rise, the bond strength decreased rapidly.
温度继续升高时，结合强度迅速下降。
Raise heat distortion temperature and Raise anti-impact strength from low temperature.
提高热变型温度和低温度冲击强度；
The room temperature tensile strength increases with the increase of strain rate.
其室温拉伸强度随应变速率的加快而提高；
The room and high temperature mechanical strength of the hot-pressed B4C ceramic are studied.
研究了热压烧结B4C陶瓷的室温和高温力学强度。
This steel excels in high strength, extremely low temperature toughness;
这种钢的强度高、韧性极低温度；
It maintains superior film strength during high-temperature operation on the track.
它保持在高温作业在赛道上的卓越的薄膜强度。
The compressive ductility and strength at room temperature are also improved.
合金的室温压缩塑性和强度也得到了有效提高。
High impact strength and good low temperature flexibility.
高冲击强度和良好的低温柔韧性。
Low temperature impact strength.
低温冲击强度。
The influence of LC on the strength is reduced with the increase temperature.
失碳率的影响随温度的升高而减弱。
The influence of temperature on the strength and deformation properties is complex.
平均变形模量对温度的依赖性较大，总体上随着温度增加其值得到提高。
The influence of temperature on the strength and deformation properties is complex.
平均变形模量对温度的依赖性较大，总体上随着温度增加其值得到提高。
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