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   prepared 在 材料科学 分类中 的翻译结果: 查询用时:0.159秒
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prepared     
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  制备
    The Study on Thermoelectric Properties and Mechanisms of CoSb_3 and RE_xCo_4Sb_(12) Prepared by MA-SPS
    MA-SPS制备CoSb_3和RE_xCo_4Sb_(12)的热电性能及其机理研究
短句来源
    ZnS:Mn DCEL PHOSPHORS PREPARED IN HCl ATMOSPHERE
    HCl气氛制备的ZnS:Mn粉末DCEL材料
短句来源
    Si_3N_4 Superfine Powders Prepared by Laser Driven Gas Reaction Method
    用激光驱动气相反应制备Si_3N_4超细粉
短句来源
    Study of LaFeO_3 Prepared by Different Methods and Its Property
    不同制备方法对LaFeO_3材料及其性能影响的研究
短句来源
    HIGH DENSITY Bi-SYSTEM SUPERCONDUCTOR PREPARED UNDER HIGH PRESSURE
    高压下制备高密度的Bi系超导体
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  制备了
    LaNiO3(LNO) thin films were prepared on Si(100) substrates with various baking temperatures from 150 ℃ to 300 ℃ by sol-gel route.
    采用sol-gel技术在单晶Si(100)衬底上制备了LaNiO3导电薄膜.
短句来源
    Cu-15%Cr in-situ deformation composite was prepared using melting and forging in air and the in-situ production technique, the mircrohardness, tensile strength and electrical conductivity under different strain capacity and different intermediate heat treatment temperature were tested, and the microstruture of Cu-15%Cr in-situ deformation composite was studied.
    采用大气熔铸与形变原位复合的方法制备了Cu-15%Cr形变原位复合材料,测定了不同应变量和中间热处理温度下的显微硬度、抗拉强度和电导率,并研究了Cu-15%Cr原位复合材料的显微组织。
短句来源
    ZrC/ZrB2 multilayered coating and monolithic ZrC and ZrB2 coatings on Si(100) were prepared by r. f. magnetron sputtering system.
    采用射频磁控溅射方法在Si(100)基底上制备了一系列ZrC/ZrB2纳米多层膜和ZrC,ZrB2单层薄膜.
短句来源
    The pure chitosan and chitosan-polyethylene glycol blend membranes were prepared.
    将壳聚糖和聚乙二醇熔融共混,制备了纯壳聚糖膜和不同质量比的共混膜.
短句来源
    Using analytically pure Fe2(SO4)3(AP)and NH3·H2O(AP)as raw materials,a series of α-Fe2O3-Mica thin films were prepared on mica substrates by homogenous precipitation method under different Fe3+ concentrations,reaction temperatures,pH values and heat treatment temperatures.
    采用分析纯Fe2(SO4)3和NH3.H2O作为主要原料,控制不同的Fe3+浓度、水解温度、溶液pH值及热处理温度,利用液相均匀沉淀法在白云母形成基片上制备了系列α-Fe2O3-Mica纳米薄膜.
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  制备的
    ZnS:Mn DCEL PHOSPHORS PREPARED IN HCl ATMOSPHERE
    HCl气氛制备的ZnS:Mn粉末DCEL材料
短句来源
    Copper Matrix Composites Prepared by Cu-Fe Coated Carbon Fibers
    用镀Cu-Fe碳纤维制备的铜基复合材料
短句来源
    Critical Current Density in YBCO Bulk Prepared by Melt-Slow Cooling Process
    熔融慢冷工艺制备的YBCO体材的临界电流密度
短句来源
    Microstructure and Current Properties of the YBCO Superconductors Prepared by Melt and Slowly Cooling Process
    熔融慢冷工艺制备的YBCO的微观结构与电流特性
短句来源
    Ekonol/POM and Ekonol/G/MoS2/POM composite was prepared by blending-compressing method with torque rheometer,and the friction and wear experiment was used to investigate the tribology characteristics of the POM composite under different loading condition.
    用摩擦磨损试验对转矩流变仪-模压成型方法制备的Ekonol/POM和Ekonol/G/MoS2/POM复合材料在不同加载条件下的摩擦学性能进行了研究。
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  制备出
    Alumina nanowires, amorphous, with diameters from 5 to 15nm, were prepared by catalytic oxidation with mercury as medium. FE-SEM, TEM, EDX, XRD, IR were used to characterize alumina nanowires. With elevation of temperature, oxygen content and purity of aluminium, the alumina nanowires' specific surface area increases.
    以汞为介质,通过铝的催化氧化反应制备出氧化铝纳米线.采用FE-SEM、TEM、EDX、XRD, IR等手段对氧化铝纳米线进行表征.结果表明,氧化铝纳米线直径为5~15nm,无定型结构.随着反应温度、铝纯度、反应气氛中的氧含量升高,氧化铝纳米线比表面积增大;
短句来源
    Nanometer Ag/ZnO powders sized between 20~50 nm were prepared by coordination homogeneous co-precipitation method. TG-DTA,XRD,IR and TEM were used to characterize the microstructure and morphol- ogy of the precursor and the products obtained at different temperatures.
    采用配位均匀共沉淀法成功制备出了粒径20~50nm的Ag/ZnO纳米复合材料,用TG-DTA、XRD、IR及TEM等技术对前驱物及不同温度下焙烧前驱物所得的产品进行了表征分析。
短句来源
    The CeO2 powder prepared is featured by particle size under 10 nm,narrow distribution and well dispersed.
    制备出的CeO2粉体的平均粒径小于10 nm,粒度分布窄,单分散性好。
短句来源
    The results showed that in the presence of initiating agent BFO, MAA grafted PP(MAA - g - PP) and MAH grafting PP(MAH - g - PP) could be prepared by the solid phase grafting technology.
    结果表明:在 BPO引发下,利用固相接枝工艺可制备出接枝率较高的MAA-g-PP及MAH-g-PP;
    SiO2/C/M nano-composite materials were prepared by acetylene vapor decomposition on SiO2/M aerogels . The electromagnetic-wave absorption-ability of SiO2/C/M was studied.
    在含金属组分的SiO_2气凝胶骨架上采用气相裂解乙炔的方法制备出SiO_2/C/M气凝胶纳米复合材料,并初步考察了其在8-18GHz频率范围的电磁吸波性能。
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      prepared
    Transfersomes were prepared by reverse phase evaporation method and they were evaluated for shape, size, entrapment efficiency and deformability index.
          
    Several 1-(substituted phenoxy)-3-{[4-(4-trifluoromethyl) phenoxy] piperidin-1-yl} propan-2-ols (str.II) were prepared in a six-step reaction sequence starting from methylamine and ethyl acrylate and evaluated for antidepressant activity.
          
    5-Aza analogs were prepared of several tryptamine derivatives and a skatole derivative known to bind at human 5-HT6 receptors and evaluated to determine if they bind in a manner similar to their indolic analogs.
          
    Water and methanol extracts prepared from the stem of C.
          
    The data suggest that the esters and the homologs prepared are devoid of anticonvulsant activity.
          
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    The“Drop-and-Cover”method developed by us for preparing replicas is carriedout by applying first a few drops of an organic solvent on a prepared surface of a me-tal specimen and then covering with a sheet of dellulose acetate or similar materials.Through the softening action of the solvent on the plastic sheet and the exclusion ofair between the metal surface and sheet,atmospheric pressure will bring intimate contactof the two together,thus producing a“negative”replica.A“positive”replica may bemade from...

    The“Drop-and-Cover”method developed by us for preparing replicas is carriedout by applying first a few drops of an organic solvent on a prepared surface of a me-tal specimen and then covering with a sheet of dellulose acetate or similar materials.Through the softening action of the solvent on the plastic sheet and the exclusion ofair between the metal surface and sheet,atmospheric pressure will bring intimate contactof the two together,thus producing a“negative”replica.A“positive”replica may bemade from this when required.These replicas can be used directly for metallographicstudies either on a biological or a metallurgical microscope without any furthermodification.

    本文讨论如何应用“滴液盖片法”制造胶质代替膜来代替不透明的金属样品使能直接利用生物显微镜观察金属内结构,同时亦可利用金相显微镜观察而得到同一结果。

    This paper deals with some important problems on the process of preparing proton sensitive nuclear emulsion.

    本文对于原子核乳胶核—2、核—3制备方法中的几个主要问题进行了初步研究。通过这些研究,我们掌握了制备过程中各种主要因素的关系和它们对于乳胶性能的影响,从而制成了性能良好的原子核乳胶。 我们用控制乳化过程中溴离子浓度的方法解决了颗粒大小均匀问题;选择适当的成熟条件和用三乙醇胺增感解决了乳胶对质子的灵敏度问题;用加金盐的方法解决了潜影衰退问题;用纯化明胶的方法解决了雾点问题。

    Experimental studies have been carried out on the effects of raw material preparation and hot-pressed conditions on the density, microstructure and magnetic properties of hot-pressed Mn-Zn ferrites and Ni-Zn ferrites which are used for magnetic head application. Hot-pressed ferrites have been prepared by two different technologies: the co-precipitation method and the ball-milling method. It was observed that the co-precipitation method is better than the ball-milling method for preparation of hot-pressed...

    Experimental studies have been carried out on the effects of raw material preparation and hot-pressed conditions on the density, microstructure and magnetic properties of hot-pressed Mn-Zn ferrites and Ni-Zn ferrites which are used for magnetic head application. Hot-pressed ferrites have been prepared by two different technologies: the co-precipitation method and the ball-milling method. It was observed that the co-precipitation method is better than the ball-milling method for preparation of hot-pressed ferrites. The microstructure can be controlled by varying the hot-pressed conditions. Dense ferrites of different grain sizes (average grain size 10 μm-300 μm) can be made. For example, dense Mn-Zn ferrites with μ0 = 7420 and Bm = 4950 Gs and dense Ni-Zn ferrites with different μ0(μ0 = 100-2500) can be made by hot-pressing.

    本文从实验上研究了起始粉料的制备方法和热压条件对磁头用的Mn-Zn及Ni-Zn热压铁氧体的密度、显微结构和磁性的影响。实验结果表明,化学共沉淀法制备的铁氧体粉料比氧化物法及硫酸盐法制备的要好。适当选择热压条件,可以获得晶粒分布均匀、晶粒大小不同(10μm—300μm)的高密度铁氧体;可以获得μ_0=7420以及B_m=4950Gs的高密度Mn-Zn铁氧体和μ_0等于100—2500的高密度Ni-Zn铁氧体。

     
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