1) Earlier cracking
早期爆裂
1.
Earlier cracking failure of tyre was studied by means of mechanical performance test, thermal weightloss analysis, dynamical mechanical thermodynamic evaluation, macroscopic and microscopic examination.
对早期爆裂失效轮胎进行了断口宏、微观观察和材料力学性能、热失重试验、动态力学热分析。
2) early inspiratory crepitation
早期吸气性爆裂音
3) Early fracture
早期断裂
1.
This paper analyses the cause of early fracture of 20MnSi bars in tensile test by the methods of metallographic and scanning electron microscopes.
采用金相和扫描电镜等手段分析了20MnSi钢筋在力学性能检验中出现早期断裂的原因。
2.
The early fracture of base cylinder for motorcycle vibration absorber was analyzed by electron probe microanalyzer(EPMA) and optical microscope.
采用光学显微镜和电子探针分析仪等分析手段,对ZL107铝合金摩托车减震器底筒的早期断裂进行了分析。
3.
When a blade is given to the scissors by abrasive wheel,the extremelly thick chromium-plating layer will carck and desquamate,thus leading to early fracture of surgical scissors in service.
由于镀层过厚,导致刃部砂轮开刃时镀层开裂和脱落,使剪刀在使用的早期断裂。
4) panel crack during early stage
早期顺裂
5) Early cleavage
早期卵裂
1.
Cytological study on fertilization and early cleavage in Barnea dilatata
宽壳全海笋受精及早期卵裂的细胞学研究
2.
(3 ) To analysis the relationship between the early cleavage and the quality of embryos.
目的：(1) 探讨人纺锤体与第一极体的位置关系，以验证传统ICSI操作的安全性；(2)探讨纺锤体与人MⅡ期卵子正常受精、异常受精、卵裂以及第3天良好胚胎形成率的关系；(3)探讨早期卵裂与胚胎质量的关系以及MⅡ期人卵纺锤体存在与否与早期卵裂的关系；(4)观察环境温度的改变对MⅡ期人卵纺锤体结构的影响。
3.
Early cleavage rate,embryo quality,the rate of blastocyst,implantation and pregnant rates from these zygotes were observed,and the transferred embryos were selected according to the pronuclei orientation and early cleavage time.
目的:探讨胚胎早期卵裂及原核构型能否指导移植胚胎的选择及与胚胎发育潜力之间的关系。
6) early crack
早期裂缝
1.
Analysis of early cracks in cement concrete pavement of expressway and their prevention;
高速公路水泥混凝土路面早期裂缝分析及预防
2.
Estimation for early crack of concrete;
混凝土早期裂缝形成的判定
3.
Causes and prevention of the early cracks in concrete structure;
论混凝土结构早期裂缝的成因与防治
补充资料：爆裂
爆裂
bursting
b0Olie爆裂(b盯sting)管材生产中穿透管壁的突发性纵向开裂，通常出现在空拔管中。因为空拔后管材外表面存在较大的切向拉伸残余应力(见管材冷援变形原理)。管壁厚和气温低时发生空拔爆裂倾向更大。为防止纵裂缺陷，空拔时减径量不能过大，连拔道次要少，拔后应及时烘烤或退火。为防止钢管爆裂也可采用滚模拔制。(见管材冷轧冷拔) (李连诗)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条