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)
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。 - 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。 - CW_PA, ceramometal alloy, joined by laser welding machine, was tested by the UTS, SEM and metallographic_examination. The good results show that it can be applied to the clinic.
激光焊接CWPA烤瓷合金，测试其力学性能，作金相，SEM分析，结果表明完全达到临床要求。 - In addition, the mechanical properties ( including the UTS value and microhardness) of the welded joints decreased compared to the welded joint without flux.
涂覆活性剂后，焊接接头的力学性能（包括极限抗拉强度和硬度）降低。 - 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。 - 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。 - It is suggested that the pressure for solidification mostly affected the early and last dimension of the air holes, and the last dimension of the air hole played an important role for the UTS of the mullite short fibre reinforced Al matrix composites.
结果表明，气孔类残余孔洞初始尺寸和最终尺寸与保压压强有关，并显著影响莫来石短纤维增强铝基复合材料的拉伸强度。 - , and YS ( yield strength) and the value of YS/ UTS increase through the followed artificial ageing with obvious loss of elongation.
而其后的人工时效处理能明显提高合金的屈服强度和屈强比，但也明显降低了延伸率。 - 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。 - Inspiration of Teaching Methods on Course of Initiatory Architectural from UTS
悉尼科技大学建筑初步课教学方法启示