patching materials中文是什么意思

• 补炉材料
• 堵漏材料

• "patch"中文翻译    n. 傻瓜。
• "material"中文翻译    adj. 1.物质的(opp. spiritual)。 ...
• "patching" 中文翻译 :    补网; 补缀，补修，搪补; 插线; 成斑现象; 临时接线，补偿; 炉底修补; 帕钦; 修补法
• "patching-in" 中文翻译 :    临时引线
• "audio patching" 中文翻译 :    分配音频声道
• "back patching" 中文翻译 :    回插, 回填
• "bituminous patching" 中文翻译 :    沥青补路
• "cable patching" 中文翻译 :    电缆的临时连接
• "cold patching" 中文翻译 :    冷补炉
• "concrete patching" 中文翻译 :    混凝土路面修补
• "gun patching" 中文翻译 :    喷补(熔炉)
• "hole patching" 中文翻译 :    放矿口修补
• "hot patching" 中文翻译 :    热修补
• "hot-patching" 中文翻译 :    热补法
• "manual patching" 中文翻译 :    人工插入
• "oil patching" 中文翻译 :    沥青油修补
• "patching a deck" 中文翻译 :    修补卡片组
• "patching a program" 中文翻译 :    修补程序
• "patching approach" 中文翻译 :    “补钉”方法
• "patching board" 中文翻译 :    【物理学】接线板。
• "patching cement" 中文翻译 :    补缀粘胶
• "patching code" 中文翻译 :    修补代码
• "patching compound" 中文翻译 :    修补混合料
• "patching compounds" 中文翻译 :    补炉料
• "patching curve" 中文翻译 :    插入曲线; 插入线

• Standard test method for pipeline coating patch materials
  管道防腐层补片材料试验方法标准
• Test method for evaluating pipeline coating patch materials
  评定管道涂覆搭接材料的试验方法
• Standard for test method of pipeline coating patch materials
  管道防腐层补片材料试验方法标准
• It is the ideal hot patching material the walls and bottoms of converters
  是用于转炉前、后大面及炉底等部位快速热补的理想材料。
• Standard test method for determining the workability of asphalt cold mix patching material
  沥青冷混合修补材料的实用性的测定的标准试验方法
• In order to ensure the density degree and the level degree of repaired potholes , this thesis presents loose pavement coefficient method and material capacity method to control the accurate feel amount of patching materials
  为使修补坑槽的密实度和平整度能同时获得保证，本文提出了松铺系数控制法和修补料用量控制法，来准确控制修补材料的投料量。
• This thesis focuses systematic and comprehensive study on distress causes , repair mechanisms , patching materials and maintenance procedures in relation to cracks and potholes , the two most commonly seen distresses in asphalt roads
  本文着重针对沥青路面裂缝和坑槽这两类最常见的破损，对其形成原因、修补机理、修补材料及施工工艺进行了系统、全面的研究。
• Specially , the axial tensile strength of the interface of the new and old concrete has reached above 2 . 40mpa , greatly surpassing the preconcert goal ( > 1 . 0mpa ) , and its flexural strength also above 5 . 80mpa , having surpassed the preconcert target and the standard request ( 4 . 50mpa ) . ( 2 ) after hardening 4h and 8h the compressive strength of the patched concrete is bigger than 20 mpa , which can satisfy the request of fast patching . ( 3 ) the ych color material , which is mixed into rapid sulfoaluminate cement - concrete patching material , can take better effect and avoid chromatism on the appearance of new - old concrete
  特别是新老混凝土界面的轴向抗拉强度已达2 . 40mpa以上,大大超过原定目标(大于1 . 0mpa ) ,其界面抗折强度也在5 . 80mpa以上,也已超过原定指标及规范要求(大于或等于4 . 50mpa ) ; ( 2 )修补混凝土硬化后4h 、 8h抗压强度大于20mpa ,能满足快速修补的要求; ( 3 )在快硬硫铝酸盐水泥混凝土修补材料中掺入自配的ych调色材料,能较好地起到调色作用,避免新老混凝土表面色差。
• This thesis for the first time bases its analysis on the maintenance characteristics and repair mechanisms for crack filling and pothole repair in asphalt roads . it analyzes the properties of the aggregate and the bituminous binder in patching materials , and further analyzes the compatibilities of the aggregate and the bituminous binder , patching materials and old pavement materials . furthermore , it determines the grading types , the mineral aggregate gradations , the application rate of asphalt , the principle of selecting component materials and the air void
  本文首次依据沥青路面裂缝填封和坑槽修补的维修特性和修补机理，全面分析了修补材料中集料与沥青结合料应具备的性能要求，并对集料与沥青结合料、修补材料与原有路面材料的相容性进行了深入的分析，同时分析确定了修补材料的级配类型、矿料级配、沥青用量范围、组成材料的选用原则及空隙率等。
• 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。