lead smelting

英 [liːd ˈsmeltɪŋ] 美 [liːd ˈsmeltɪŋ]

网络  铅熔炼

机械



双语例句

  1. China already became the global lead smelting center recent years.
    近年来,我国已经成为全球铅冶炼中心和消费中心。
  2. Study and Application of Regenerative Burning Technology Used for Lead Smelting Furnace
    蓄热式燃烧技术在有色熔铅炉的研究与运用
  3. Research on Copper Water Jacket of Lead Tapping Port for Top-blown Lead Smelting Furnace with Oxygen Enrichment
    富氧顶吹炼铅炉放铅口铜水套的使用研究
  4. Preliminary Exploration on Metal Element Behaviors in Lead Smelting Process of Oxygen-rich Top Blowing
    富氧顶吹炼铅过程中金属元素行为初探
  5. Research and Analysis on Energy Consumption System Based on SKS Lead Smelting Process
    基于SKS炼铅法能耗系统的分析研究
  6. The news has not been well received in some quarters, for instance in the lead smelting industry.
    这一消息尚未得到某些方面的证实,例如在铅冶炼行业。
  7. The paper describes the features of bath smelting of lead sulfide concentrate and structural characteristics of the oxygen side-blown direct lead smelting furnace.
    论述了硫化铅精矿熔池熔炼的特点以及氧气侧吹直接炼铅炉的结构特征。
  8. Blood Lead Level in Children Around Lead Smelting Factory
    某铅冶炼厂对周围儿童血铅水平的影响
  9. In Hunan province, which accounts for about a fifth of China's capacity for zinc and for lead smelting, electricity supplies are being diverted from industrial to domestic consumers.
    湖南省占中国的锌和铅冶炼产能的大约五分之一。该省电力正优先供应居民家庭,对工业用户则实行限制。
  10. The new lead smelting plant will recycle the lead from car batteries.
    新的铅冶炼厂将从汽车电池中回收铅。
  11. The paper describes application of the top blown smelting technology in lead smelting by both Mount Isa and Ausmelt and development of this technology.
    分别介绍了芒特艾萨和奥斯麦特两家公司将顶吹熔炼技术应用于铅冶炼的实践,以及该技术的发展。
  12. Application of DCS in SKS lead smelting process
    集散控制系统在SKS炼铅工艺的应用实践
  13. Study and design of information management system for QSL lead smelting process
    QSL法炼铅工艺信息管理系统的研究与设计
  14. A way to reducing lead contained in blast furnace slag from SKS lead smelting process
    SKS炼铅工艺降低鼓风炉渣含铅的生产实践
  15. Lead Smelting in Blast Furnace and Environmental Protection
    鼓风炉炼铅与环境保护
  16. Experimentation on Treatment of Slag from Lead Smelting Furnace by Fuming Process
    烟化法处理鼓风炉炼铅炉渣试验研究
  17. The Action Analysis of Sulphur in Lead Smelting Process
    硫在铅熔炼过程中的行为分析
  18. This paper describes production practice of SKS lead smelting process and exploring the way and method for reducing lead contained in blast furnace slag from aspects of slag pattern, blast furnace reduction capacity and operation, etc.
    介绍了SKS炼铅工艺的生产实践,并从渣型、鼓风炉还原能力及操作等方面探讨了降低鼓风炉渣含铅的途径和方法。
  19. The author introduced a crude lead smelting factory's process technology, technical index and production management.
    介绍了某粗铅冶炼的生产工艺流程、技术指标和生产过程管理。
  20. The characteristics of new lead smelting technology of oxidizing in bottom blowing furnace and reduction smelting in blast furnace and the plant practice are reviewed.
    评述了氧气底吹熔炼&鼓风炉还原炼铅新技术的特点和生产实践。
  21. Exploration and Practice of Improving the Continuous Smelting Ability of ISA Furnace for Lead Smelting
    提高铅艾萨炉连续熔炼水平的探索和实践
  22. Preparation of Silver Nitrate from the Bismuth-and Silver-containing Slag of Lead Smelting
    从炼铅的铋银渣中制备硝酸银
  23. Study on the Control Concentration of Lead Dust and Lead Fume in Lead Smelting Workshop in the air
    铅冶炼车间空气中铅尘、铅烟控制浓度研究
  24. Study on Technological Advance of Lead Smelting Fume Treatment
    铅冶炼烟气治理技术进步研究
  25. Probe into Processing High Zinc Materials Lead Smelting Blast Furnace
    炼铅鼓风炉处理高锌物料的探讨
  26. The key of optimizing smelting is to improve lead smelting process control technology.
    提高铅冶炼过程控制技术是优化铅冶炼运行工艺的关键。
  27. Abstract: Kivcet direct lead smelting process is a kind of clean and efficient way to process zinc leaching residue and lead concentrate.
    摘要:铅精矿搭配处理浸锌渣的基夫赛特(Kivcet)炼铅工艺是一种清洁高效处理浸锌渣的直接炼铅方法。
  28. The KIVCET lead smelting method is a new direct lead smelting technology.
    基夫塞特炉炼铅法是目前新型直接炼铅工艺。
  29. But blindly emphasizes high intensified smelting will lead smelting furnace lining life of low, spray gun and other key equipment wear, improper injection operation even serious accidents caused by the slag foaming.
    但一味强调高强化熔炼将导致熔炉炉衬寿命低、喷枪等关键设备磨损严重,不当的吹喷操作甚至会引起泡沫渣等严重事故。