flash smelting
英 [flæʃ ˈsmeltɪŋ]
美 [flæʃ ˈsmeltɪŋ]
闪速熔炼
双语例句
- Improvement of the Cleaning Zone Roof Structure of Nickel Flash Smelting Furnace Jinchuan
金川镍闪速炉贫化区炉顶结构的改进 - Computer simulation on minor element behaviour in copper flash smelting
铜闪速熔炼中微量元素行为的计算机模拟 - Data-driven Operational-pattern Optimization for Copper Flash Smelting Process
基于数据驱动的铜闪速熔炼过程操作模式优化及应用 - This method is applied to copper flash smelting process to optimize its operation.
将该方法应用于铜闪速熔炼过程，提高了铜闪速的操作水平。 - Study of neural network quality models and steady| state optimizing control for nickel flash smelting furnace
闪速炉的神经网络冰镍质量模型与稳态优化控制研究 - Simulation of Heat Balance in Jinchuan Nickel Flash Smelting Process
金川镍闪速熔炼过程热平衡模拟 - Fuzzy Dynamic Quality Models and Control of Nickel Flash Smelting Process
镍闪速熔炼过程的模糊动态质量模型与控制 - Practice in Lowering Copper Content in Flash Smelting Slag
降低闪速熔炼渣含铜实践 - Fuzzy Modeling and Control for Flash Smelting Process
闪速熔炼过程的模糊建模与控制 - Behaviors of as, sb, bi, Pb and Zn in copper flash smelting process
砷、锑、铋、铅和锌在铜闪速熔炼过程中的行为 - Settling mechanism and influencing factors on matte droplets in settler slag of copper flash smelting furnace
铜闪速炉沉淀池渣中锍液滴沉降机理及其影响因素 - Effect of mixed ore on flash smelting and Countermeasures
杂矿对闪速熔炼的影响及对策 - The loss of copper in electric furnace slag during flash smelting operation is described.
介绍了在闪速熔炼过程中，铜在电炉渣中的损失状况。 - The electrical conductivity of molten FeO-MgO-CaO-SiO_2 semi-synthetic slags for nickel flash smelting are measured.
对FeO-SiO2-MgO-CaO渣系的电导率进行了测试研究。 - Control optimization of copper flash smelting process based on genetic algorithms
基于遗传算法的铜闪速熔炼过程控制优化 - To fundamentally solve the problem of corrosion to furnace liner by intensified metallurgy, the idea of non-contact metallurgy was put forward. The flash smelting method of central swirling column was described, and the basic design of swirl nozzle and computer simulation experiment was introduced.
为根本解决强化冶金对炉衬的腐蚀，提出了“非接触冶金”的思路，描述了中心旋涡柱闪速熔炼方法，并介绍了旋涡喷嘴基本设计及计算机仿真实验。 - Multiphase equilibrium mathematical model for the copper flash smelting process is established based on the Gibbs principle of minimum free energy.
基于吉布斯最小自由能原理，建立了铜闪速熔炼过程的多相平衡数学模型。 - The treatment process of dust from flash smelting furnace at copper smelter by waste acid oxidative leaching and neutralization for precipitating arsenic and iron from leaching solution was described.
介绍了废酸氧化浸出铜冶炼闪速炉烟尘和浸出液中和沉淀砷、铁过程。 - The training results also explains that nerual network technique is feasible and effective to the modeling for copper flash smelting process.
模型训练结果也说明了神经网络技术应用于铜闪速熔炼过程建模的可行性和有效性。 - This paper analyses the application of oxygen-enriched air in flash smelting technology and proposes some measures for energy saving in oxygen making in connection with characteristics of non-ferrous metallurgy.
本文分析了在有色行业先进的闪速熔炼工艺采用富氧的状况，并针对行业特点，提出了有关制氧节能措施。 - Design and Implementation of the Optimal Control System for Pneumatic Conveying Drying in Flash Smelting
闪速熔炼气流干燥优化控制系统的设计与实现 - Energy saving technology and measures in flash smelting furnace design and operation
闪速炉设计及操作中的节能技术和措施 - Drying Technology of Copper Concentrate for Flash Smelting Process
闪速熔炼的铜精矿干燥技术 - Analysis and Countermeasures on Rising of SO_3 in Flue Gas from Copper Flash Smelting
闪速炼铜烟气SO3发生率上升原因分析和对策 - Development and Application of NCC Software Used in Copper Flash Smelting Process
铜闪速冶金NCC软件的研制及应用 - Development of software CUFC for metallurgical calculation of copper flash smelting and converter
铜闪速炉和转炉冶金计算CUFC软件开发 - An approach that uses two fuzzy methods to model complicated nickel flash smelting process is presented.
针对冶金工业中镍闪速熔炼复杂工艺过程，提出了利用模糊理论建立镍闪速炉模型的方法。 - Copper flash smelting is the main pyrometallurgy technique to smelt copper.
铜闪速熔炼是现代火法炼铜的主要方法。 - "Strengthening metallurgy" is an important means for the flash smelting furnace and blast furnace to achieve energy saving and environmental protection.
强化冶金是闪速炉和炼铁高炉实现节能降耗和环境保护的重要手段。 - Flash smelting technology is an advanced modern technology of copper smelting and paid more and more attention by copper smelting industries.
闪速熔炼技术是现代铜冶炼的一种先进技术，越来越受到世界炼铜行业的关注。