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stress elongation
相关语句
  应力拉伸
     Evaluation of The Loose Grain Property of Leather by low Stress Elongation
     低应力拉伸法评价猪革松面性能的探讨
短句来源
  “stress elongation”译为未确定词的双语例句
     The results have shown that with the increase of PS content, the tensile yield stress , elongation at break and tensile energy of PVC/PS blends decrease whereas the notched impact strength teaches its maximum which is twice and half that of unmodified PVC and showing better toughening effect.
     结果表明,PVC/PS体系的拉伸屈服应力,断裂伸长率以及拉伸能量吸收随PS含量的增加而呈下降趋势,而体系的悬臂梁缺口冲击强度却随PS含量的增加出现一极大值,此处的冲击强度为未改性PVC体系的2.5倍,呈现出较好的增韧效果。
短句来源
     The former six days the mechinical property of H08Mn2SiA wire rod has been improved largely and the yeildstrenght,resistance to tensile stress,elongation became stability after parking six days. But the section shrinkage still improve and became stability after parking ten days.
     H08Mn2SiA盘条停放6天力学性能指标提高幅度较大,6天后屈服强度和抗拉强度基本稳定,试样延伸率也趋于稳定,断面收缩率还在继续增长,10天后趋于稳定,因此盘条在深加工前70G应放置3天以上,H08Mn2SiA应放置6天以上。
短句来源
     The results indicated that with melting by VIM + ESR, the stress elongation increased, and was more than 5%.
     结果表明 :真空冶炼的GH871合金提高了 650℃持久塑性 ,并达到 5%以上。
短句来源
  相似匹配句对
     YIELD STRESS AND ELONGATION OF MATERIALS
     材料的屈服应力和延伸率
短句来源
     Stress and hippocampus
     应激与海马
短句来源
     Stress Chemistry
     应力化学
短句来源
     The elongation of 15v.
     15v .
短句来源
     The mechanism of residual elongation after relaxation of stress has also been studied.
     有关残余伸长的机理曾有人作了研究。
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  stress elongation
Tensile stress-elongation curves of RSP/M Mg95.5Mm2Y2.5 alloys produced at various extrusion temperatures.
      


The creep, the stress rupture and the fatigue at 65 ℃, and the impact and tensile properties from 20 ℃ to 800 ℃ of advanced Fe \| based containing Nb superalloy GH871 by vacuum induction melting (VIM) + electroslag remelting (ESR) has been tested compared with that by atmosphere induction melting (AIM) + ESR. The results indicated that with melting by VIM + ESR, the stress elongation increased, and was more than 5%.

研究了采用真空感应 (VIM) +电渣重熔 (ESR)工艺冶炼的新型含铌铁基高温合金GH871的 650℃蠕变性能、持久性能、疲劳性能及 2 0~ 80 0℃冲击功、瞬时拉伸性能并与非真空感应 (AIM) +ESRGH871合金对比。结果表明 :真空冶炼的GH871合金提高了 650℃持久塑性 ,并达到 5%以上。

To understand the gene expression characteristics,which involved in drought tolerance,five cDNA libraries were constructed using suppression subtractive hybridization(SSH) method with wheat seedlings sampled at 1,6,12,24 and 48 hours of water stress,respectively.By sequencing,6 733 ESTs were obtained from the cDNA libraries.The gene expression profile induced by water stress in wheat seedling has been preliminarily constructed after assembling,homologous comparing,annotating and classifying the EST sequences.The...

To understand the gene expression characteristics,which involved in drought tolerance,five cDNA libraries were constructed using suppression subtractive hybridization(SSH) method with wheat seedlings sampled at 1,6,12,24 and 48 hours of water stress,respectively.By sequencing,6 733 ESTs were obtained from the cDNA libraries.The gene expression profile induced by water stress in wheat seedling has been preliminarily constructed after assembling,homologous comparing,annotating and classifying the EST sequences.The dynamic characters and 4 patterns of gene expression during water stress treatment were found.The expression pattern 1 in which the most genes were detected at the initial stage, but the number of genes decreased to the least at 12th hour of water stress,then gradually increased with water stress undergone continuously,included genes involved in repair and protection from damage.The pattern 2 with the fewer genes at the initial stage,but the gene number increaseddecreasedincreased gradually with the water stress process of time,which was protein synthesis-related genes.The pattern 3 was that gene number was fewer at the initial stage,but gradually increased to the most at 12th hour,then gradually decreased,such as protein kinase gene.Number of genes in the pattern 4 was higher at the initial stage,and then decreased-increased-decreased gradually along with the water stress elongation,to which protein phosphatase gene belongs.Among 648 uni-genes of known function annotation,the proportion of transcription factor genes was 6.17%,protein phosphatase genes 2.16%,protein kinase genes 4.01%,genes involved in repair and protection from damage 19.90%,genes of macromolecule protection factor 2.0%,membrane protein genes 9.11%,which may be important gene classifications related to drought resistance.The result is helpful to completely comprehend genetic mechanism of drought resistance in wheat,to discover and utilize key genes in the improvement of crop drought resistance.

利用抑制差减杂交技术,分别构建小麦幼苗在水分胁迫1 h、6 h、12 h2、4 h和48 h条件下的cDNA文库,得到6 733条EST序列。通过对这些序列的组装、比对、注释和分类,初步构建了小麦不同水分胁迫条件下的应答基因表达谱,发现水分胁迫应答基因表达的时间特性及4种表达模式。在648个已知功能注释的uni-gene中,6.17%属转录因子类基因,2.16%为蛋白磷酸酶类基因,4.01%是蛋白激酶类基因,19.90%为避免损伤和修复蛋白类基因,2.0%为大分子保护因子类基因,9.11%为膜蛋白类基因,这些基因可能是抗旱相关的重要基因。

 
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