真空炉

  • 网络Vacuum furnace;Vacuum oven
真空炉真空炉
  1. 降低硬锌真空炉电单耗的生产实践

    Practice of lowering the unit electricity cost of hard-zinc vacuum furnace

  2. 基于单片机的真空炉温控系统

    Vacuum Furnace Bed Temperature Control System Based on Singlechip

  3. 用真空炉从Al2O3中炼铝的实验

    Experiment on Production Aluminum from Al_2O_3 Material by Vacuum Kiln

  4. 真空炉PID参数的调整方法

    Adjustment Method of PID Parameters for Vacuum Furnace

  5. RH真空炉外精炼装置在梅钢的应用

    Application of RH equipment in Meishan Steel

  6. 基于RS-485协议的高温真空炉分布式计算机控制系统

    DCS for High-temperature Vacuum Furnace Based on RS-485 Protocol

  7. 超高强度钢300M在真空炉中的高压气体淬火

    High Pressure Gas Quenching of UHSS 300M in Vacuum Furnace

  8. 45钢表面真空炉中和高频感应熔覆Ni-Cr合金的研究

    Ni-Cr Alloy Cladding on the Steel 45 by Vacuum and Induction Melting

  9. 将磷酸镧粉末经压成片后在真空炉中灼烧,并采用X射线荧光衍射仪对灼烧后的样品进行检测,得出样品中各元素及其氧化物的百分含量。

    The phosphate lanthanum powder was thermal decomposition in a vacuum furnace after pressed into tablet , and the thermal decomposition sample was tested by X-ray fluorescence diffraction to obtain the contents of various elements and their oxides of the sample .

  10. 提出熔敷焊接工艺方法,采用等离子弧、TIG电弧、高频感应、气保护连续炉、真空炉和模中熔铸工艺实现了熔敷焊接工艺方法。

    Re melt deposit welding process is proposed in this paper . To realize the technology , plasma arc , TIG arc , high frequency induction , gas shield continuous stove and MSW are adopted .

  11. 安钢第一炼轧厂100吨转炉在运行过程中产生大量的蒸汽,利用它作为真空炉(VD)的动力,会使产品的实物质量、品种和循环经济的综合效益达到一个全新高度。

    Running 100t converter , it creates abundance steam . If utilize the steam as VD drive , it should improve the quality of product and extend the product grades , meanwhile increase the benefit .

  12. 利用Ag-Cu-Ti活性钎料在真空炉中钎焊,制备了单层钎焊CBN(立方氮化硼)磨料砂轮。

    In order to produce new generation monolayer brazing CBN ( cubic boron nitride ) grinding wheels an active filler alloys ( Ag-Cu-Ti ) were tested in vacuum furnace .

  13. 采用坩埚下降法,在自制的真空炉内石墨坩埚中生长了大尺寸LiF、CaF2和LaF3晶体。

    Large size fluoride single crystals LiF , CaF 2 and LaF 3 have been grown by Bridgman-Stockbarger method in home-made furnace using a graphite crucible .

  14. 在ZG-25型中频感应真空炉中进行了铝-锂合金的熔炼与铸锭。

    Aluminium-lithium alloys were melted and cast in the type ZG-25 vacuum medium frequency induction melting furnace .

  15. 本文利用真空炉中钎焊的方法,采用Ni-Cr合金钎料,适当控制钎焊温度,保温时间和冷却速度,实现了镀钛金刚石与钢基体的高强度连接。

    In this paper , vacuum furnace brazing test was carried out using Ni-Cr alloys as brazing filler metals . Proper brazing temperature , heat preservation time and cooling speed helped to realize a strong bonding between Ti-coated diamond and steel substrate .

  16. 卧式外加热真空炉

    Horizontal external heating vacuum furnace Hot Blast Furnace With Heat Pipes

  17. 从而实现真空炉的自动控制。

    Thus we will achieve the automatic control of vacuum furnace .

  18. 真空炉石墨电极消耗高的原因分析

    Analysis of High Consumption of Graphite Electrode in Vacuum Distilling Furnace

  19. 外热式真空炉用于合金钢精密零件的热处理

    The Out_Heating Vacuum Furnace for Heat-Treatment of Alloy Steel Precision Parts

  20. 真空炉冷非晶态合金钎料的微观组织

    Microstructure of amorphous filler metals melted and cooled in vacuum

  21. 这是设计真空炉应考虑的中心思想。

    This is the key point for the design of vacuum furnace .

  22. 关于真空炉压升率规定的探讨

    Research of Regulation of Pressure Rise Rate in Vacuum Furnace

  23. 真空炉蒸馏处理铝铁渣的工业试验研究

    Study on Industrial Process of Vacuum Distillation for Al-Fe Slag

  24. 多室连续式真空炉的研制与应用

    Development and applications of multi - oven continuous vacuum furnace

  25. 蓄热式辐射管烧嘴在真空炉上的应用

    Application of Regeneration type Radiant Tube Burner in Vacuum Furnace

  26. 带夹套水冷矩形真空炉的有限元法分析设计

    FEA and design of rectangular vacuum furnace with cooling jacket

  27. 在真空炉系统中液环-罗茨机组的运行程序

    The Running Program of Liquid-ring & Roots Vacuum Pumps in Vacuum Furnace System

  28. 真空炉、受控环境冶金熔化炉和铸造用炉

    Vacuum or controlled environment metallurgical melting and casting furnaces

  29. 从真空炉中抽出空气。真空和保护气体中轧制

    The air is evacuated from the furnace . vacuum and inert atmosphere rolling

  30. 不锈钢材料在真空炉高温除气后的出气性能比较

    Outgassing comparison of stainless steel before and after high-temperature degassing by vacuum furnace