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1·The appearance of the large SiC particles resulted in the decrease of fracture strength.

大颗粒碳化硅的出现造成了试样断裂强度的降低。

2·The fracture strength of circular diamond film was measured by a burst pressure technique.

利用压力爆破技术测量了圆形金刚石膜的断裂强度。

3·Rough surface is easy to generate V shape of stress concentration, which reduce fracture strength.

粗糙表面的晶粒间易产生V形口，导致应力集中，降低了膜的断裂强度。

4·The real fracture strength is restrained by both stresses caused by outside load and residual stresses after grinding.

实质断裂强度性能受到了外加载荷与磨削残余应力的组合应力的制约。

5·In this paper, the influence of the surface residual stresses of ceramics grinding on fracture strength has been studied.

探讨了陶瓷磨削表面残余应力对断裂强度的影响。

6·Physicochemical properties optimal fiber fracture strength, modulus moderate, elongation, spinning weaving performance is good.

物化性能优纤维断裂强度、模量适中，伸长大，纺纱织造性能好。

7·Conclusion the aesthetic effect, margin fitness and anti-fracture strength are excellent in gold galvanized porcelain fused crown.

结论金沉积烤瓷冠具有良好的美观效果，边缘密合度好，抗折强度高。

8·Results show that the open porosities are decreased and fracture strength is increased with the increase of the sintering temperatures.

结果表明； 随着烧结温度的升高，开口气孔率降低，断裂强度升高。

9·Besides, minimum radius and radius ratio of particle, especially the latter, have adverse effects on fracture strength factors of rock.

岩石颗粒最小粒径与颗粒半径比均对断裂强度因子有不利影响，且颗粒半径比的影响较大。

10·The SCC is a delayed failure, it means the crack initials and propagates at a slow strain rate until the stress reaches the fracture strength.

应力腐蚀开裂是一种延迟失效，它意味着裂纹的缩写，并在一个缓慢的应变率传播，直到应力达到断裂强度。