坩埚

gān guō
  • crucible;furnace;copple;crux
坩埚坩埚
坩埚 [gān guō]
  • [crucible] 用极耐火的材料(如粘土、石墨、瓷土或较难熔化的金属)所制的器皿或熔化罐

坩埚[gān guō]
  1. 把适量的金属放入坩埚。

    Put the required amount of metal into the crucible .

  2. 所以,在常压碱液条件下,银坩埚最适宜作ZnO的育晶器。

    Therefore , silver crucible is most suitable for growing the ZnO crystal .

  3. 在这样的测定中,采用gooch坩埚或类似的过滤器。

    Gooch crucibles or similar filters are used for such measurements .

  4. 那么,这是否因为您是从蒸馏器和坩埚上来研究人类的呢

    Have you really measured the world by scrutinies , or through alembics and crucibles ?

  5. Ⅱ型电弧坩埚制造机的PLC控制

    The PLC Control of Type II Electric Arc Crucible Making-machine

  6. 采用CaO坩埚超纯净熔炼Ni基高温合金

    The Super Refining of Ni-base Superalloy Using CaO Crucible

  7. 用石英坩埚生长热稳定半绝缘GaAs单晶的探讨

    A Review on Growing Heat-Stable Semi-insulating GaAs Crystals from a Silica Crucible

  8. VIM法中采用CaO坩埚对Ni基高温合金脱S的影响

    Influence Using CaO Crucible on Desulphurization during VIM Refining Ni-base Superalloy

  9. 分析了使用CaO坩埚对Ni、Fe基合金精炼的机制;

    The refining mechanism of CaO crucible to refine Ni and Fe based alloys is analyzed .

  10. 研究了CaO坩埚精炼Ni基高温合金的效果,并与MgO坩埚的熔炼效果进行了对比。

    The effect of refining Ni base superalloy by using CaO crucible was studied .

  11. CaO坩埚的研制及其在真空熔炼超低氧钢中的应用

    Development of calcia crucible and its application in vacuum refining ultra-low oxygen steel

  12. 实验是在钼丝炉内,Ar气氛下,石墨坩埚中进行的。

    Experiments were carried out in the Molybdenum-wound furnace under Ar atmosphere in the graphite crucible .

  13. 用钼坩埚生长Al2O3和YAG晶体的掺杂

    Purity and doping possibilities of Al_2O_3 and YAG molten in Mo crucibles and crystals grown from this melt

  14. 坩埚下降法生长Li2B4O7单晶

    Growth of Li 2B 4O 7 Single Crystals by Bridgman Method

  15. 试验完成后,用XRD分析坩埚试样侵蚀层的相组成,用扫描电子显微镜观察坩埚试样侵蚀层的显微结构。

    The phase composition and microstructure of corrosion layer of the attacked specimen was examined by XRD and SEM .

  16. 坩埚下降法生长CaF2晶体中热传导率对界面形状的影响

    Effect of Thermal Conductivity in CaF_2 Crystal Growth on the Interface Shape

  17. 坩埚下降法生长CaF2单晶的研究

    Study on the Growth of CaF _ 2 Single Crystals by Bridgeman Method

  18. Li2B4O7单晶的加速坩埚旋转Bridgman生长

    Accelerate Crucible Rotation Technique Bridgman Growth of Li_2B_4O_7 Single Crystal

  19. BN坩埚中的AlN单晶生长

    Growth of AlN Single Crystals in BN Crucible

  20. 研究发现,用CaO坩埚冶炼高温合金与使用其它材质坩埚相比,使用效果良好。

    The results show that using CaO crucible in high temperature smelting alloy is better than other materials .

  21. 坩埚下降法LiI(Eu)晶体的生长

    Crystal Growth of LiI ( Eu ) by Bridgman Method

  22. 三温区坩埚下降法生长Cd(1-x)ZnxTe单晶体

    The growth of Cd_ ( 1-x ) Zn_xTe single crystal with descending crucible method in three-temperature-zone furnace

  23. 应用同步辐射X射线形貌术对坩埚下降法生长的Nd:SGG晶体的缺陷进行了研究。

    A synchrotron radiation white-beam topography experiment has been performed to investigate the defects of Nd : SGG laser crystals grown by Bridgman method for the first time .

  24. 采用CaO坩埚,选择合适的熔炼工艺及C和Al加入量,可使氧的含量降低到小于0.0006%

    In CaO crucible , adopting proper melting technology and carbon and aluminium addition amounts , oxygen content could be reduced to below 0.000 ? 6 % .

  25. 坩埚炉衬材料对TiCP/Fe复合材料组织及性能的影响

    The Effect of Furnace Liner Materials of Pot Furnace on Microstructure and Properties of Composite Enhanced by TiC_P / Fe

  26. 当坩埚中液柱高度H减小到某一临界值H时,Ekman流区随H的减小而减小。

    When the liquid height H < H ( a critical value ), the Ekman flow height h decreases with decrease in the liquid height H.

  27. 在MoSi2炉和MgO坩埚内进行了含钡合金处理316L不锈钢液的实验研究。

    Molten 316L stainless steel treated by Ba bearing alloys was researched in MoSi_2 furnace and MgO crucible .

  28. 在国内一些应用TD盐浴渗金属的单位目前主要用外热式坩埚盐浴炉。

    Some companies which seep metal element with TD salt-bath mainly use outside-heat crucible salt bath furnace .

  29. 试验以预处理的FCC油浆为原料,采用程序升温、多管井式坩埚炉进行热转化形成有序生长中间相反应研究。

    Orderly growth of mesophase was studied using FCC slurry as raw materials , in a multi-tube well-crucible furnace controlled by programmed heating .

  30. 以上研究表明,采用坩埚移动式喷射共沉积技术制备的SiC颗粒增强7000系铝基复合材料,辅之以有效的挤压和热处理加工工艺后,可以获得高性能的复合材料产品。

    The above results have shown that 7000 series metal-matrix composites with high performance can be produced by spray co-deposition with subsequent extrusion and heat treatment .