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cladding

英 [ˈklædɪŋ]

美 [ˈklædɪŋ]

n.  镀层; 保护层

现在分词:cladding 

计算机

BNC.25139 / COCA.29709

牛津词典

    noun

    • 镀层;保护层
      a covering of a hard material, used as protection

      柯林斯词典

      • N-UNCOUNT (建筑物外壁的)覆层;室外装饰
        Claddingis a covering of tiles, wooden boards, or other material that is fixed to the outside of a building to protect it against bad weather or to make it look more attractive.
        1. ...stone cladding.
          石头覆层
      • (核反应堆中燃料棒外的)金属涂层,镀层
        Claddingis a layer of metal which is put round fuel rods in a nuclear reactor.

        英英释义

        noun

        • a protective covering that protects the outside of a building
            Synonym:facing

          双语例句

          • The Fe-based wear-resistant layer was melted on the surface of low-carbon steel by high-frequency induction cladding.
            采用高频感应加热熔覆方法在低碳钢基体上制备了铁基合金涂层;
          • In laser cladding, the movement of the metal powder particles influences the cladding results directly.
            在激光熔覆中,金属粉末粒子的运动情况直接影响熔覆的效果。
          • In this paper, the composition technics and technical requirement of cladding additives of ammonium nitrate are studied.
            文章主要对包覆硝酸铵所选用材料的复合工艺及技术要求等进行研究。
          • Modeling and Numerical Simulation on Laser Remelting and Cladding capable of being melted and fused.
            激光熔凝和激光熔覆的数学模型及数值分析可以被熔化或熔融的。
          • The nozzles are satisfactory for powder feeding in laser cladding and can be used for material synthesis of powders.
            孔式同轴送粉系统较好地满足了激光熔覆对送粉喷嘴的要求,并且能用用来进行多种元素粉末的材料合成。
          • The optimism design of thickness for this cladding material is helpful to improve the performance of thermal shock resistance.
            对硬质覆层材料的厚度进行优化设计有助于其抗热震性能的提高。
          • The repair of ventilator axle journal with serious wear was achieved by using the method of laser cladding.
            采用基于激光熔覆的方法实现了大磨损量的风机轴颈的修复。
          • The characteristics of laser cladding and laser remanufacturing technology are introduced.
            介绍了激光熔覆技术和激光再制造技术的特点。
          • The features and microstructure of the cladding layer and interface layer between cladding layer and copper substrate were analyzed.
            对熔覆层和熔覆层与基体结合区的形貌和微观组织进行了研究。
          • From the results, t may open up a new way to the application of laser cladding technology.
            该结果为激光熔覆技术的应用开辟了新的道路。