片语

alloy soldering powder合金焊料粉末

spraying alloy molybdenum powder喷镀合金钼粉

german alloy cocoa powder德国可可药

alloy silver powder银合金粉

Alloy Steel Powder合金钢粉末

nanocrystalline alloy magnetic powder纳米晶合金磁粉

alloy zinc powder合金锌粉

英汉例句

• tangshan creativemix magnetic co. , ltd is a metal alloy powder core of the high-end development team created more than 10 years.

  唐山创新磁电有限公司，是由从事高端金属合金磁粉心开发超过10年的团队创立。

• the invention relates to a process for preparing a pore-free high-density zirconium or zirconium alloy powder metallurgical profile.

  本发明涉及一种无气孔高密度锆或锆合金粉末冶金异型件制备工艺。

• in this paper, the preparation of nanosized iron alloy powder was described mainly, and the research aspects in future is pointed out.

  着重阐述了纳米铁合金粉末的制备方法，并指出了这一领域今后研究的方向。

• the self molten fe base alloy powder on low carbon steel precoated sheet was melted by thermal plasma arc. the microstructure and hardness of the clad coating were analyzed.

  利用等离子弧对低碳钢表面预涂的铁基自熔性合金粉末进行了熔覆处理，并对熔覆层的组织结构和性能进行了分析研究。

• in this paper, the influence of surfacing technology and material on the quality of light beam ni based alloy powder surfacing layer was investigated.

  研究了堆焊工艺和材料对镍基合金光束粉末堆焊质量的影响规律。

• the characteristics of alloy powder and their influence on the microstructure and mechanical properties of rapidly solidified aluminium-lithium alloy have been investigated.

  探讨了合金粉末特性及其对快速凝固铝锂合金微观组织和力学性能的影响。

• various laser processing parameters and different composition of alloy powder were chosen to get a perfect coating.

  通过对激光工艺参数及合金粉末比例的优选，可以得到较理想的熔覆层。

• surface thermal spray weld process with alloy powder is a new technology of surface protecting and hardening.

  合金粉末表面热喷焊技术是一种新的表面防护和强化工艺。

• the formation technologies of ti alloy powder with hydrogen, properties of formed parts as well as the work mechanism of hydrogen in the ti alloy powder were described.

  介绍了置氢钛合金粉末成形工艺、成形件的性能以及氢的作用机制。

• detail analysis of technological parameters influencing particle shape and distribution of alloy powder has been made.

  对影响合金粉末颗粒形状和粒度分布的工艺参数进行了较为详细的分析。

• the electromagnetic interference resistance characteristic of the fe-si-al magnetic alloy powder was improved by flattening the metallic materials and chemical coating method in this paper.

  本文采用扁平化工艺及绝缘包覆工艺，对铁硅铝系软磁合金粉末进行改性，详细介绍了两种改善合金微粉吸收性能的工艺流程。

• microstructure and phase structure of light beam cladding layer with iron based self fluxing alloy powder were studied by sem, eds, x ray diffraction, microhardness and rockwell hardness.

  采用sem、eds、x射线衍射及显微硬度和洛氏硬度分析手段研究了铁基自熔合金粉末光束熔覆层的微观组织及其物相组成。

• the future of the ti alloy parts with high properties and low cost by ti alloy powder with hydrogen was reviewed.

  展望了用含氢钛合金粉末成形工艺制备高性能、低成本钛合金制件的前景。

• using the alloy powder coating with different sizes and keep-warm slice, the functional coating was cast-oozed on the surface of thin wall casting.

  使用不同粒度的合金粉末涂层并辅以保温片，对薄壁件进行铸渗。

• xrd analysis revealed that mgo was not formed during ball milling of the magnesium alloy powder under the protection of ethanol.

  将镁合金切屑在无水乙醇的保护下进行球磨，xrd分析显示镁合金粉末经过球磨没有被氧化。

• the linear cycle v-a results showed that it can obtain different compositions of rare earth alloy powder by controlling the solution concentration.

  因此，可以通过控制电解液浓度比的方法来调节合金粉末中各金属的含量。

• progress in technologies for preparation of ti alloy and ti alloy parts by ti alloy powder metallurgy with hydrogen alloying was surveyed.

  综述了氢合金化钛合金粉末成形工艺的研究现状和发展情况。

• besides the mechanism of rare earth on alloy powder was discussed mainly.

  此外，初步探讨了稀土对自熔性合金粉末的作用机理。

• the invention discloses alloy powder and a preparation method thereof, belonging to the technical field of the preparation of alloy powder.

  本发明公开了属于合金粉末的制备技术领域的一种合金粉末及其制备方法。

• the results indicate that the hardness and wear resistance of deposited layers of nickel-based alloy powder increased evidently compared with the substrate.

  试验结果表明：镍基合金粉末堆焊层硬度和耐磨性较基体有显着提高。

• the results show that the grain size of produced za20, za27 alloy powder for cold spray is homogeneous, and the phase of the coat is equal axis crystal.

  研究结果表明，制备的冷喷涂用za20、za27合金快凝粉末粒度分布均匀，组织为细小的等轴晶；

• the ni based alloy powder surfacing layer was obtained by light beam surfacing on the 45 steel and the microstructure of heat affected zone(haz) and the phase of the surfacing layer were studied.

  采用聚焦光束热源在45钢母材上获得了镍基合金粉末堆焊层，研究了堆焊层的物相组成及母材热影响区的微观组织特征。

• the alloy powder was produced by gas atomization. p/m material samples were made by pressing and sequent vacuum sintering.

  通过气喷气冷法制取合金粉末，用压制后真空烧结的方法制备高铝锌基合金粉末冶金材料。