中频感应熔炼炉,medium frequency induction smelting furnace
1)medium frequency induction smelting furnace中频感应熔炼炉
1.The sponge bismuth are treated by reduction smelting inmedium frequency induction smelting furnace.采用中频感应熔炼炉还原熔炼处理海绵铋 ,渣量少 ,熔炼温度较低 ,炉渣的熔点和粘度均能满足要求 ,铋回收率 95 %～ 99%。
英文短句/例句
1.Granularity Proportioning of Lining of Intermediate Frequency Induction Furnace and Service Life中频感应熔炼炉砂型炉衬材料的粒度配比与使用寿命
2.medium frequency coreless induction melting furnace中频无心感应熔炼炉
3.frequency crucible induction melting furnace频率坩埚感应熔炼炉
4.mains frequency coreless induction melting furnace工频无心感应熔炼炉
5.Preventive Measure of Surge During Albronze Melting by Intermediate Frequency Induction Furnace;中频感应炉熔炼铝青铜过程中防止铜水冒涨的办法
6.Melting characteristics of MF induction furnace have been expounded with comparison with that of mains frequency induction furnace as well as concerns in operation.论述了中频感应电炉的特点，与工频感应电炉熔炼特性的比较及其操作注意事项。
7.The Analysis of Zinc Smelting Seepage from Furnace Lining for Induction Furnace熔锌工频有芯感应电炉熔沟漏锌分析
8.Improvement of Casting Product Quality by Introduction of Middle Frequency Induction Technology;引进中频感应熔炼技术提高铸件的产品质量
9.Application of Digital Image Processing Technique in the Control of MF Smelting Furnace论数字图像处理技术在中频熔炼炉控制中的应用
10.Online Monitoring System of Casting Filing Smelted by Medium-frequency Furnace;中频感应电炉铸铁屑熔化在线监测系统
11.Study on Smelting Al-Mn-Si Alloy in Induction FurnaceAl-Mn-Si合金的感应炉熔炼研究
12.The Necessity of Refining the Molten Steel of Converter and EAF with Medium-Frequency Induction Electric Furnace采用中频感应电炉精炼转炉、电弧炉钢液的必要性
13.The cupola-induction furnace duplex melting process can be used to increase the inoculation effect.采用冲天炉感应炉双联熔炼能提高孕育效果。
14.high and low frequency induction furnace combined for melting metals高低频混合感应炉,用于金属熔化
15.Influence of Oxygen Contamination from Crucible Material on Deep Deoxidation of Molten Steel during Vacuum Induction Melting;真空感应熔炼过程炉衬供氧对钢液深脱氧影响
16.Process Control of Low-Phosphorus and Sulfur Alloy Steel Melting by Basic Induction Furnace碱性感应电炉熔炼低磷硫合金钢的工艺控制
17.Arc Discharge in the Vacuum Induction Melting and its A voidance真空感应熔炼中弧光放电及解决办法
18.This paper presents the method for prolonging the life of the frequency-induction furnace through improving furnace making and correct use of the furnace.介绍了工频感应熔化炉通过改进筑炉和正确使用工频炉来延长炉龄的方法。
相关短句/例句
intermediate frequency induction melting furnace中频无芯感应熔炼炉
1.Numerical simulation on temperature characteristics after melting process intermitted inintermediate frequency induction melting furnace;中频无芯感应熔炼炉熔炼过程中断后的温度特性数值模拟
3)medium frequency coreless induction melting furnace中频无心感应熔炼炉
4)induction melt furnace中频感应熔炼
5)IF induction furnaces in succession中频感应连熔炉
6)induction furnace感应炉熔炼
1.Heat transfer ininduction furnace was simplified and mathematical model was established.进行感应炉熔炼中传热过程的简化 ,建立数学模型 ,用数值方法计算出炉内金属炉料在各时刻的温度分布以及在熔化发生时的温度分布和相界面的移动特性。
2.According to smelting ininduction furnace, The lining made of quartz and banxite often product glutinous.针对使用感应炉熔炼,用石英砂、镁砂及铝矾土制作的炉补易发生粘渣情况,分析了产生的原因,提出了相应的对策。
延伸阅读
感应熔炼炉感应熔炼炉induction melting furnace大批t金属炉料的熔炼或保温.后者不受炉料品种和批t的限制。感应熔炼炉的规格大小用其额定容量(单位t或kg)表示.有心感应熔炼炉由于熔炼后不允许把炉料全部倒完，一般要标出总容t和有效容量。有心盛应熔炼炉简称有心炉。所以叫“有心”，是因为这种电炉具有由硅钢片亚成的磁路闭合的铁芯。有心炉的炉体由炉壳、炉衬、炉盖、炉室、熔沟、感应器、铁芯等部分组成，由耐火材料筑成的炉室和熔沟相互连通.类似于变压器，感应器是铁芯的一次绕组，而环绕铁芯柱的熔沟中的金属熔液则为二次绕组。当对感应器送电时，溶沟中的金属熔液会因感应电流产生热，并通过对流和传导把热传给炉室内的金属。有心炉用工频电源，通常通过电炉变压器向感应器供电。有心炉熔沟的布里型式有许多种:图1(a)熔沟呈立式布t;图1(b)熔沟呈卧式布里;图1(c)熔沟呈倾斜布t。有心炉的铁芯、感应器、熔沟及其外壳常做成一个可拆换的部件，叫感应体。这样既便于把感应体作为通用件而加以系列化，使少数几种感应体能组装成许多不同容童不同加热要求的炉子，也便于炉子的使用和维护。当图1(c)所示滚捅式炉的感应体损坏时，只须把炉体转过一个角度，使熔沟中的金属料流回炉室，就可更换.为了提高熔沟内金属熔液的流动速度，加快热能向炉室的传递，避免熔沟过热、结瘤，实现大功率供电，现代有心炉多采用能够使熔沟内金属熔液单方向流动的喷流型感应体设计，利用增大熔沟出口高度差和变截面形状的熔沟设计等措施增强驭使熔液流动的电磁力，也有用外加磁场等方法的。熔沟耐火材料不但要承受熔融金属的高温.而且受到因电班搅井引起的金属液流的冲刷，工作条件十分恶劣，所以熔沟形状的设计、耐火材料的选择和熔沟的制作都必须仔细、懊重。有心炉炉体有固定式和倾转式两类。其中小型的，如小型熔铝炉，可由人工用勺出料;大型的，如冶金工业用熔怕炉、熔锌炉则从出料口出料。倾转式炉用炉体倾转出料，如图1(a)、(b)所示。大型炉通常制成滚桶式，如图1(c)所示。专门供金属熔液定量浇铸用的有心炉多数是固定式的，另配有塞杆式、气压式或电磁泵式等定量浇铸机构，如图2所示。与无心感应熔炼炉相比，有心炉的优点是:①功率因数高;②效率高;③电源设备投资小。缺点是:①启用前熔沟内要先加人液态料，出料时炉内液态料不能倒完.②停炉时要继续通电保温，以防熔沟内液态料凝固;③熔沟内温度高，耐火材料易蚀损;④生产率较低等。
