机械混合

  • 网络mechanical mixing;mechanical mixture
机械混合机械混合
  1. 常规处理工艺采用机械混合、网格絮凝、平流沉淀池及V型滤池。

    In conventional treatment process , mechanical mixing , grid reaction , horizontal flow sedimentation tank and type V filtering tank are adopted .

  2. 然而VMS不仅仅可以替代燃烧器机械混合系统,她还能够实现更多的功能。

    However , VMS can do a lot more than just replacing the burner 's mechanical mixing system .

  3. 机械混合Ir/γ-Al2O3对重整催化剂的影响

    The effect of mechanically mixed ir / γ - al_2o_3 on the reforming catalysts

  4. 采用机械混合法、溶胶-凝胶法制备TiO2掺杂Ag/SnO2电接触材料。

    The mechanical admixture method and sol-gel method were employed to prepare TiO2-doped Ag / SnO2 contact malarial .

  5. 测量结果表明该核壳结构的介电性质与纯Fe或机械混合Fe-石墨烯复合物的完全不同。

    The experimental results show that the dielectric property of the core-shell structure is totally different from that of pure Fe and mechanically-mixed Fe-Graphene composite .

  6. 由于SiCp承担了部分载荷和表层存在着机械混合层,因此复合材料具有比其基体金属更高的耐磨性。

    The composites have higher wear - resisting properties than their matrix alloys because of the SiC_p taking some load and the mechanical mixture layer existing in the surface regions .

  7. 富W区、W-Mo区、富Mo区颗粒以机械混合的形式存在;

    In the layers of enriched W , W - Mo and enriched Mo , the grains are mechanically mixed .

  8. 以Mo为主要组分的Mo-Ti梯度层,也是以机械混合为主;

    In Mo - Ti gradient layer with more Mo , the grains are mechanically mixed mainly .

  9. 结合TEM和SEM图分析可知沉积法可以将铅均匀分布于炭材料表面和孔道中,优于机械混合法。

    TEM and SEM images of modified carbons shows that lead can be evenly distributed in the carbon surface and pores by chemical deposition , while mechanical mixing could not .

  10. 分析表明,与机械混合法相比,缓冲溶液法能够使Ni在YSZ基质中分布更均匀。

    It was found that the buffer-solution method , compared with the mechanical mixing method , can assure more homogeneous distribution of Ni in YSZ substrate .

  11. 不同组成配比的W-Mo合金中的W晶粒与Mo晶粒主要以机械混合的方式交错分布,通过形成的粘结相紧密粘结。

    In W-Mo alloys with different contents of W and Mo , good coherence between the grains were achieved and they mainly existed as mechanical mixtures .

  12. 采用XRD,XPS和TPR等手段研究了氧化铜与二氧化铈氧化铝机械混合载体之间的表面相互作用。

    The surface interaction between copper oxide and CeO 2 - γ - Al 2O 3 mixed oxide support was studied by using XRD , XPS and TPR .

  13. 将Ni基粉末与一定比例的Al粉机械混合并喷涂于基材上,在700℃进行反应烧结,形成高强度致密涂层。

    The Ni-base powder mixed with Al powder of a certain proportion was sprayed on the surface , then the coating was reaction-sintered in the furnace at about 700 ℃ for getting a high-strength compact coating .

  14. ZrO2微粒与基质金属间不是简单的机械混合,而是存在相互作用。

    The interaction exists between ZrO_2 particle and substrate and it is not simple mechanical mixing between them .

  15. 采用机械混合法和浸渍法制备了一系列MoP/γ-Al2O3催化剂,并考察了制备条件对催化剂性能的影响。

    A series of MoP / γ - Al2O3 hydrofining catalysts were prepared by impregnation and mechanical mixing methods . Different preparing conditions were examined .

  16. 以微米SiC颗粒和工业氧化铝为原料,采用机械混合法制备Al2O3/SiC复合粉末。将复合粉末煅烧、成型,在1600℃,2h烧结可制备出Al2O3/SiC纳米复合陶瓷。

    Al2O3 / SiC nanocomposites were prepared by mechanical mixture of commercial Al2O3 and micrometric SiC powders , followed by pressureless sintering in SiC powder bed at 1 600 ℃ for 2h .

  17. 基于机械混合法无压烧结制备ZrB2/B4C陶瓷复合材料

    Preparation process of ZrB_2 / B_4C ceramic composites by pressureless sintering based on mechanical mixing

  18. 在Cu改性的Y分子筛吸附剂上,固相机械混合法可以将CuO高度分散在NaY分子筛表面,二者的协同作用大幅度提高了模型汽油中噻吩的吸附穿透容量;

    For Cu modified zeolite Y , the adsorbents prepared by mechanical mixture shows evidently enhanced breakthrough capacity for thiophene removal from model gasoline , since the cooperative interaction of highly dispersed CuO and NaY zeolite ;

  19. 结果表明固定化非晶态NiB合金催化剂活性高、稳定性好、抗硫性能强;浸渍法优于机械混合法。

    The results indicated that the fixed alloys exhibited higher activity , stability and stronger sulfur resistance property than unfixed alloy , impregnation was superior to mechanically fixing .

  20. 结果表明,Mo/SiO2复合材料中Mo与SiO2以机械混合的形式存在,SiO2的部分软化、Mo颗粒填充空隙促进了复合材料的致密化。

    The result indicated that there was no reaction between Mo and SiO_2 ; the composites are mechanically mixed instead . Partly softened SiO_2 and the particles of Mo filling the hole facilitated the compact of Mo / SiO_2 composites .

  21. 将聚碳酸酯(PC)和聚丙烯酸丁酯-聚甲基丙烯酸甲酯核-壳聚合物(PBA-cs-PMMA),采用密炼机以不同条件机械混合。

    Polycarbonate ( PC ) and cure-shell latex polymer composed of poly ( butyl acrylate ) and poly ( methyl methacrylate ) ( PBA-ca-PMMA ) as core and shell respectively , were mixed by using a brabender like apparatus under different conditions .

  22. 首次采用化学还原法与机械混合法或浸渍法相结合将非晶态NiB合金固定在Al2O3上,并考察了不同的制备方法和载体对非晶态NiB合金催化加氢及抗硫性能的影响。

    Chemical reduction method combined with mechanically fixing or with impregnation has been used to fix amorphous NiB alloy on aluminum oxide for the first time . The effect of support and different preparation method on the properties of catalysis and sulfur resistance have been examined .

  23. 探讨了机械混合,化学共沉淀两种制粉方法和压制、烧结等工艺参数及添加元素对Ag-ZnO(8)材料基本性能和显微结构的影响。

    The present work has studied the effect of two methods for making mixture powder by mechanical mixing and by chemical coprecipitation , pressing , sintering and other technological parameters as well as addition elements on the basic properties and the microstructures of Ag-ZnO ( 8 ) materials .

  24. 简要地介绍了Ni-YSZ阳极材料,详细地介绍了NiO-YSZ粉末的制备技术,包括机械混合法、共沉淀法、缓冲溶液法、凝胶沉淀法、包裹沉淀法、燃烧合成法。

    Ni - YSZ anode material was briefly introduced . The preparation technologies of NiO - YSZ powder were reviewed in detail , including mechanical mixing , co - precipitation , buffer - solution , gel - precipitation , surface - induced coating and combustion synthesis method .

  25. 正独立式液压机械混合变速箱设计与分析

    Design and Analysis of the Positive Independent Gearbox on Hydro-Mechanical Hybrid Steering

  26. 大型旋转机械混合式振动监测诊断系统的研制

    Development of Hybrid Vibration Monitoring and Diagnosis System for Large Rotating Machinery

  27. 工程机械混合动力技术的发展与应用

    Development and application of hybrid power technology of construction machinery

  28. 混棉机械混合机理的探讨

    Study on Mixing Principle of Blending Machine

  29. 液体食品被装进一个带有机械混合装置的容器中。

    The liquid product is placed into a vessel equipped with a mechanism for mixing .

  30. 机械混合法改性微纳米粉体的设备设计

    Design of Typical Device for Powder Surface Modification of Micron and Nano-sized Powder by Mechano-mixed Method