metallizing

英

美

n.  喷镀金属；镀金属; 喷镀；熔射
v.  使金属化（metallize的ing形式）

计算机化学

双语例句

• Influences of the metallizing technologic conditions, Ni plating and subsequent annealing on the joint shear strength were investigated.
  考察了金属化工艺、镀镍及镀后热处理对接头剪切强度和钎焊效果的影响。
• The experimental results show that the tungsten powder sintering was affected by metallizing temperature. Y_2O_3 acts the key role for joining tungsten to ceramic.
  结果显示金属化温度影响W粉的烧结，配方中的氧化钇在连接W和陶瓷基体中起到关键作用。
• This metal powder blending method reduced the equipments and producing costs, improved the sanitation compared with traditional electroplating and vacuum metallizing methods.
  母粒掺混法与传统的电镀法、真空镀膜法生产的银色塑料制品相比，该法直接掺混金属粉，因此减少了设备投资，降低了生产成本，改善了车间卫生条件。
• It expounds the metallizing process from two aspects. One is the driving force for the ion migration, the other is the possibility for ions migrating in the polymer film.
  从离子在聚合物中迁移的推动力和可能性两个方面阐述了化学还原法使高分子材料表面金属化的微观过程，开拓了一个崭新的领域。
• Research Status of Diffusion Metallizing Technique for Non-ferrous and Alloy
  有色金属及合金渗金属技术研究现状渗金属的多孔耐火材料
• This paper analysed the limitation of standard method on surface metallizing of nonmetallic decorative materials. The main technology of surface metallizing of nonmetallic decorative materials by vacuum evaporation is investigated.
  分析了传统非金属表面金属化工艺的局限性，探讨了采用真空镀膜法实现低密度非金属装饰材料表面金属化的主要工艺环节。
• The process is applicable to the metallizing of ABS plastics and through-holes of printed circuits board.
  此工艺适用于ABS塑料和PCB板通孔的金属化。
• Study of Ni-Cu-P Metallizing Process on Ceramic Surface
  陶瓷表面Ni-Cu-P金属化工艺的研究
• The process of copper metallizing of carbon powder was investigated.
  研究了在碳粉表面电镀铜的工艺。
• The kinetics of lithiation for polybutadiene ( PB) with 1,2-and 1,4-units contents of 98% and 92%, respectively, was investigated at 70 ° C, by using n-BuLi/ TMEDA ( tetramethylethanediamine) as metallizing reagent and cyclohexane as solvent.
  以n-BuLi/TMEDA（四甲基乙二胺）为金属化试剂，环己烷为溶剂，研究了1,2-结构和1,4-结构分别为98%和92%的聚丁二烯（PB）在70℃时的锂化反应动力学。