UTS

英

美

abbr.  抗张强度极限；拉力强度（极限）(Ultimate Tensile Strength); 水下电话系统(Underwater Telephone System); 统一传输系统(Unified Transfer System)

计算机

双语例句

• Compared with peak aging alloys, the ultimate tensile strength ( UTS) of two-step aging alloys reduced by about 13%, but UTS of regression-reaging treated alloys excelled that of peak aging alloys.
  同时发现，双级时效合金的抗拉强度比峰时效合金的强度下降了13%左右，而回归再时效合金的强度优于峰时效合金的强度。
• It is shown that the ultimate tensile strength ( UTS) torsion failure life ( TEL) and reverse bending failure life ( RBFL) are decreased obviously as the consequences of the zincing.
  研究结果表明，热镀锌使双相钢冷拔钢丝的抗拉强度、扭转寿命和弯曲寿命降低。
• It is feasible to forecast the casting UTS by measuring DAS, but the effect of hole ratio on UTS should not be neglected.
  通过测定二次枝晶间距来预测铸件的抗拉性能是可行的，但是孔洞率对抗拉强度的影响不可忽视。
• The structure homogenization as well as UTS and elongation is related to tempering temperature time, interlayer agent etc.
  其组织的均匀程度与抗拉强度、延伸率一样与回火温度、时间及中间层合金的成份有关。
• The output parameters of the model are three mechanical properties namely ultimate tensile strength ( UTS), yield strength ( YS) and elongation ( ELO).
  模型的输出为三个力学性能指标，即抗拉强度、屈服强度和延伸率。
• Influence of fibre length on UTS and reliability of mullite/ zl109 Composites
  纤维长度对M/ZL109复合材料强度及可靠性的影响
• The results show that the addition of Y and Zn improves YTS values but decreases the UTS and elongation values of as-cast alloys.
  结果表明：Y、Zn元素提高了合金的屈服强度但降低了抗拉强度和延伸率。
• Conclusion Defining the concept of ulnar tunnel and the knowledge of the complexity and rarity of UTS can effectively guide diagnosis and treatment.
  结论明确腕尺管的概念、腕尺管综合征的少见及复杂性，可以有效指导临床诊断和治疗。
• The Unmanned Turret System ( UTS) is the developing direction for future fire system. The UTS is relatively secure to the crew members when the tank and armored vehicle turret is hit with a high probability.
  无人炮塔系统是未来火力系统发展的方向，在坦克和装甲车辆炮塔部分被命中概率高的现实情况下，无人炮塔对乘员来说相对安全。
• The improvement of YTS is attributed to the grain refinement strengthening of Y and Zn, and to the solid solution strengthening of Zn. The reduction of UTS and elongation are caused by the precipitation of a compound phase along the grain boundary.
  Y、Zn元素的细晶强化及Zn元素的固溶强化是屈服强度提高的主要原因；抗拉强度和延伸率的降低是由于化合物相沿晶界析出。