脱氧铜

  • 网络deoxidized copper;TUP
脱氧铜脱氧铜
  1. 以往,结晶器是选择导热性良好的脱氧铜制作的。

    In the past the crystallizer was made of a deoxidized copper with a good thermal conductivity .

  2. 脱氧铜包铁线生产新工艺

    New Process of Deoxidized Copper - clad Iron Wire

  3. LiBr溶液中4种缓蚀剂对磷脱氧铜协同效应研究

    Research on synergetic effect of four inhibitors on copper in 60 % libr solution

  4. 选用低Cl~-、低SO4~(2-)浓度&高HCO3~-浓度的混合溶液,用电化学方法及表面分析技术研究了磷脱氧铜(TUP)的阳极极化行为及孔蚀引发和扩发过程。

    The anodic polarization behaviour and the initiation and propagation processes of pitting corrosion of TUP copper have been studied by electro - chemical method and surface analysis technique in mixed solution of low Cl ~ - and SO_4 ~ ( 2 - ) but high HCO_3 ~ - concentrations .

  5. 金刚石薄膜在多晶铜和磷脱氧铜基片上的生长

    Diamond films growth on polycrystalline Cu and phosphorus deoxidized Cu

  6. 磷脱氧铜无缝管断裂原因分析

    Analysis on cracking of seamless phosphorus - killed copper pipe

  7. 55%溴化锂溶液中缓蚀剂对磷脱氧铜缓蚀行为研究

    Research on inhibition effect of inhibitors on copper in 55 % LiBr solution

  8. 光度法测定磷脱氧铜中磷

    Within the layer the copper ? Spectrophotometry Determinaton Phosphor in an less Phosphor-copper

  9. 醋酸介质中溶解氧对不锈钢和磷脱氧铜腐蚀行为影响

    Effect of Dissolved Oxygen on the Corrosion Behavior of Coalesced Copper and Stainless Steel-206 in Acetic Solutions

  10. 磷脱氧铜和不锈钢在醋酸介质中腐蚀行为的电化学研究

    Electrochemical Study of the Corrosion Behavior of Coalesced Copper and SW-206 Stainless Steel in the Acetic-Acid Solution

  11. 利用电化学测试技术和化学浸泡法对磷脱氧铜在高温65%LiBr溶液中的耐蚀性进行了研究。

    Weight loss measurements and electrochemical measurements were used to study the corrosion behavior of copper in boiling 65 % LiBr solution .

  12. 实践表明,脱氧铜结晶器在使用中易变形和磨损,寿命很短。

    However the practice shows that when used it is subject to deformation and wear and tear , therefore has a very shot life . Within the layer the copper ?

  13. 应用极化曲线法和溶解氧测量技术研究不锈钢206和磷脱氧铜在醋酸介质中的腐蚀行为以及过程的控制特征。

    Linear sweeping technique and dissolving oxygen sensor were used to study the effect of dissolved oxygen and relating factors on the corrosion behavior of coalesced copper and stainless steel-206 in acetic solutions .