charging material
英 [ˈtʃɑːdʒɪŋ məˈtɪəriəl]
美 [ˈtʃɑːrdʒɪŋ məˈtɪriəl]
网络 炉料
双语例句
- Carry out air charging experiment in water, and discuss the difference between the two different types of jet aerator in the different operating parameters, structural parameters and material parameters. Explore the laws of impacting on gas holdup in flotation column.
探讨了不同操作参数、结构参数和物性参数下，两种不同类型气泡发生器对浮选柱的充气性能，并探索了影响浮选柱内气含率因素的规律。 - Plenty of multistage and multi-source oil and gas charging was the material base of oil and gas reservoiring;
充足的多期多源油气注入是油气成藏的物质基础； - Process preparation experiments included the selection of slag styles and the determination of slag viscosity; the performance mensuration of charging material bearing chromite during smelting dropping; and the determination of liquidus line and the flowing property of master alloys.
工艺准备实验中主要进行了渣型的选择及炉渣粘度的测定；含铬炉料的熔融滴下性能的测定；不锈钢母液液相线及其流动性能的测定。 - In addition, the agitation strength, the concentration of the raw material, the aging time, the charging method of raw material and some other factors were also studied.
此外，还分析了搅拌强度、加料方式、反应物浓度、陈化时间等因素对Ni（OH）2性能的影响。 - Based on mass and thermal balances in steelmaking process and the physicochemical of metallurgical reaction, the model performed charging calculation of converter process from raw material preparation to steel treatment.
以转炉冶炼过程的物料平衡、热量平衡关系以及炼钢反应的理化原理为依据，该模型完成了转炉冶炼从备料到钢水处理各阶段的下料计算。 - The charging/ discharging performances of Zn/ Ni experimental batteries with Ni/ Al ( OH)_ xas the positive electrode active material were measured.
测试了用Ni/Al（OH）x为正极活性物质的Zn/Ni实验电池的充放电性能。 - Charging/ dis charging Performance of Carbon Nanotubes Used as Ni-MH Battery Cathode Material
碳纳米管用作镍氢电池负极材料的充放电性能研究 - In the furnace body, the medial side of the material charging and discharging opening is equipped with a spiral material guide plate.
在炉体内，位于物料进出口的内侧设有螺旋导料板。 - The investigation of degradation mechanism of VRLA batteries reveals that the conditions of multi-stage constant-current charging suppress softening of positive active material and sulfating of negative active material.
对电池性能衰减机理的研究表明：采用分段恒流充电能抑制VRLA电池正极板活性物质的软化和负极板活性物质的硫酸盐化。 - But also the predict model connect with charging system, which make it became reality that computer autocontrol charge process according to the material quantity determined by the model.
并使预报模型与加料系统连接，实现了计算机按预报模型确定的原料加入量自动控制加料过程。