防氧化剂

  • 网络antioxidants;OSP;Anti-Tarnish;antioxident
防氧化剂防氧化剂
  1. 以硼酸和碳化硅加硼酸为主的熔合防氧化剂涂敷在细颗粒石墨和两种C/C复合为基体的材料上。

    Frit type antioxidants , whose major components were boron dioxide and boron dioxide plus silicon carbide were coated on a fine grained graphite and two types of C / C composite as substrates .

  2. 矿用铅酸蓄电池快速充电装置的研究验证并分析了硼酸和木糖醇这两种防氧化剂,在起动用铅蓄电池干荷放电及充电过程中的差异。

    Research of Mine-used Lead-acid Battery Fast-charging Device Two antioxidants ( boric acid and xylitol ) were tested and analyzed in relation to their effects on the starter battery performance .

  3. 防氧化剂对烧结NdFeB永磁性能的影响

    Effect of addition process of antioxidant on magnetic properties of sintered Nd-Fe-B permanent magnets

  4. 防氧化剂TiN和Al对MgO-C砖性能的影响

    Effect of TiN and Al on properties of MgO-C brick

  5. 用熔合型防氧化剂防止炭纤维/碳复合材料的氧化

    Prevention of carbon fiber / carbon composite oxidation by frit type antioxidant

  6. 铅酸蓄电池负极防氧化剂的研究

    Study on anti-oxidants for negative plate of lead-acid batteries

  7. 水溶性的防氧化剂是一种有机可焊性保护剂。

    Water-soluble oxidation-resistant agent is an organic solderability preservative .

  8. 铝镁碳砖中的玻璃防氧化剂

    Study of Glass Antioxidant in Al_2O_3-MgO-C Brick

  9. 提出了减少或避免这两种防氧化剂对电池性能负面影响的办法。

    Some approaches were presented to reduce or avoid their negative influence on the battery performance .

  10. 可是硼酸加碳化硅型的防氧化剂可以达到1400℃。

    The boron dioxide added silicon carbide type antioxidant , however , was effective up to 1400 ℃ .

  11. 介绍了涂料中复合填料、防氧化剂、悬浮剂、表面活性剂的选择过程及涂料密度与涂层厚度、渗透性的关系。

    Selecting course of combined filler , antioxidant , suspending agent and surface activator in the coating and the relationship between the density and coating thickness as well as permeability have been introduced in detail .