adhesive layer造句

• Standard test method for blocking point of potentially adhesive layers
  有效粘结层粘结点的标准试验方法
• Adhesives for paper and board , packaging and disposable sanitary products - determination of blocking behaviour of potentially adhesive layers
  包装和一次性卫生用品用纸和纸板用胶粘剂.潜在胶粘层阻隔测定
• Adhesives for paper and board , packaging and disposable sanitary products - determination of blocking behaviour of potentially adhesive layers
  包装和一次性卫生产品用纸和纸板用胶粘剂.潜在粘结层粘连特性的测定
• The repair effect is compared with various type of repair and effect of residual thermal stress patch width thickness and thickness of adhesive layer
  在修补前与修补后，裂纹板的j积分值与裂纹长度的关系发生明显的变化。
• Adhesives for paper and board , packaging and disposable sanitary products - determination of blocking behaviour of potentially adhesive layers ; german version en 12702 : 2000
  纸纸板和包装用及一次性卫生产品用胶粘剂.潜在粘结
• The numerical modeling results show that the smaller the elastic modulus of adhesive in fillet , the higher the peak stress in adhesive layer at the adjacent point to the fillet when hi - adhesives used to form the fillet and bondline respectively and is higher than that of the joint made of single adhesive
  结果表明，当胶瘤采用不同于胶层的胶粘剂时，随着胶瘤弹性模量的减小，在胶层与胶瘤的连接处胶层中应力峰值显著提高，且均高于由单一胶所形成接头的应力峰值。
• Regarding the rc beams subjected to concentrated load or even load and braced by bonding steel , an analysis is made on the relevant factors influencing maximum anchorage shear stress of steel sheet . the analysis is based on elastic theory and makes use of the formula for calculating anchorage shear stress of steel sheet . as indicated by the results , the maximum anchorage shear stress not only realtes to such parameters as height of cross section of rc beam and span but also relates to the thickness of adhesive layer , elastic modulus , thickness of steel sheet , and length of steel sheet . the present method will check maximum an chorage shear stress on the end of shear sheet so as to prevent rc beam from local damage . the present results will offer important reference for our country to further perfect bracing design by bonding steel method
  在弹性理论的基础上，利用钢板锚固剪应力计算公式，对在集中荷载或均布荷载作用下采用粘钢加固的混凝土梁，分析钢板锚固最大剪应力的有关影响因数.结果表明，最大锚固剪应力不但和混凝土梁的截面高度、跨度等参数有关，还和粘胶层厚度、弹性模量、钢板厚度及钢板长度有关.采用文中方法可以对钢板端部最大锚固剪应力进行验算，防止混凝土梁出现局部受拉破坏.研究结果为进一步完善我国粘钢法加固设计提供重要的参考资料
• The repair effect was compared with various type of repair parameters such as patch thickness young ' s modulus and thickness young ' s modulus of adhesive layer . in the chapter iv , a thermalstatic mechanical loading analysis of the repair problem was made . for the single side repair , the patch material having the maximum mismatch in the coefficient of thermal expansion with that of the crack aluminum plate provides the better damage tolerance capability for single - side crack in the panel
  模拟计算表明：粘胶模量增大， j积分值降低，修补效果与粘胶模量有关；随着粘胶厚度的增大，修补模型的j积分值略有增大后再逐步减小，应合理选择粘胶的厚度，尽量避免选择j积分较大值时的粘胶厚度；随着补片厚度的增加，修补模型的j积分值逐渐增大，到达一定量后又开始减小，因此补片的厚度需要合理选择。