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1·The mechanism of high temperature creep associated with the climb of extended dislocations is investigated.

本文研究了扩展位错攀移的高温蠕变机制。

2·The recent research on properties of high temperature creep and corrosion of AZ91 magnesium alloy was remarked.

概述了AZ91镁合金抗高温蠕变性能和腐蚀性能方面的研究近况。

3·A nitrogen heat treatment method of nozzles was proposed for the sharp wear, evident high temperature creep deformation of the nozzles for sulfur atomization.

针对硫磺雾化喷嘴存在磨蚀快、高温蠕变明显的现象，提出了喷嘴氮化热处理的方法。

4·The high temperature creep deformation of certain material used in aerial engines lamina was detected by means of high temperature moire interferometry in this paper.

利用高温云纹干涉法对航空发动机叶片定向结晶材料的高温蠕变进行了测试，获得该材料不同主方向的高温蠕变性质和规律。

5·The results show that the series high temperature creep resistance die casting magnesium alloy has potential to make power-train parts with decrease of the weight greatly.

试验结果表明，所开发的抗蠕变压铸镁合金具有应用于汽车动力系统部件的制造并大幅度减轻重量的潜力。

6·The results show that fatigue, creep and oxidation damage always develops simultaneously during low cycle fatigue at high temperature.

试样的微观断口分析显示了在高温应变疲劳试验中同时存在疲劳、蠕变和氧化损伤。

7·The probabilistic life prediction of high temperature components was studied by using the stochastic equation of creep damage and simple second-order theory and method of high temperature components.

通过应用高温构件蠕变损伤的随机方程及一次二阶矩理论和方法，对高温构件的概率寿命预测进行了研究。

8·The rupture of corundum-mullite materials was controlled by crack at room temperature and creep at high temperature.

刚玉莫来石材料的断裂在室温下由裂纹扩展控制，在高温下由蠕变机制控制。

9·The creep behavior of 30CrZMoV steel of rotor at high temperature was studied experimentally.

对转子钢进行了短时高温蠕变实验，拟合出了直轴温度范围内的蠕变方程。

10·High strength, and creep resistance, high tenacity, qualitative hard, no cold rheology, mechanical properties with temperature rises, the reduced.

强度高，抗蠕变性能高，坚韧、质硬，无冷流变性，力学性能随温度升高而降低。