1·Thermal cycle is the most usual and the most efficient screening mode of ESS.
温度循环是环境应力筛选中最常用、最有效的筛选模式。
2·The peak temperature of the thermal cycle reduces with the increase of welding speed.
焊接热循环的峰值温度随焊接速度的增大而降低。
3·Thermal cycle is an important parameter to influence the mechanical properties of the welded joint.
焊接热循环对焊接接头的性能影响至关重要。
4·The microstructures of weld metal and HAZ under different thermal cycle are analyzed correspondingly.
分析了在不同焊接热循环条件下相应的部分易淬火钢焊缝及热影响区的显微组织。
5·Weld thermal cycle simulation was used to reproduce the structure in the HAZ of single run and multi-layer welding.
采用焊接热模拟再现了单道焊和多层焊haz的组织。
6·If the constrained thermal cycle stopped upon heating, the unloading stress strain curves exhibit a plateau immediately.
如果在加热过程中停止加热并卸载，则卸载应力-应变曲线立即出现应力平台。
7·The result show that the microstructure formed after thermal cycle was mainly lath bainite and granular bainite in CGHAZ .
结果表明：在不同的焊接热循环条件下，焊接粗晶区组织主要是板条贝氏体和粒状贝氏体。
8·The dissertation showed that PCR chip system has some advantages such as low sample consumption, low power consumption and rapid thermal cycle.
本论文研究表明，PCR芯片系统具有体积小、功耗低、扩增时间短等优点。
9·This multilayer structure is then heated and fired in a single thermal cycle to remove any binder materials and sinter, respectively, the fuel cell.
然后，在一单一热循环中对该多层结构进行加热并燃烧，从而除去任何粘结剂材料；并相应地对该燃料电池进行烧结。
10·Welding thermal simulation technique is adopted to study the influences of twice thermal cycle on the structure and properties of X80 pipeline steel.
采用模拟焊接热循环的方法，研究了二次热循环对X80级管线钢焊接热影响区组织和性能的影响。