片语

metal dust金属粉末

metal magnetic powder金属磁粉

metal mineral powder金属矿粉

metal manganese powder金属锰粉

metal iron powder金属铁粉

Metal Zinc Powder金属锌粉

compound metal zinc powder合金锌粉

metal nanocrystalline powder金属纳米晶

英汉例句

• the present invention relates to a metal powder mixture that is suitable for producing sintered bodies.

  本发明涉及一种适用于生产烧结体的金属粉末混合物。

• the component proportion of mixed metal powder and smelting processes was ascertained by simulating temperature field of ebs.

  通过模拟电子束熔炼温度场，确定了制备梯度材料的混合金属粉末配比和熔炼工艺。

• mixed metal powder interlayer;

  混合金属粉末夹层；

• the technique of explosive compaction of metal powder is promising for development of advanced materials because of its qnigue capability of obtaining high temperature and high pressure in a moment.

  金属粉末爆炸压制工艺具有高温、高压、瞬间作用的特点，在新型材料的开发和制备中具有显着的优势和广阔的发展前景。

• since the particle nitrogen content of the metal powder of the invention is equal, the leakage current and losses are low compared with previous nitrating method.

  和以往掺氮方法相比，由于本发明金属粉末中粒子含氮量均匀，因而漏电流低，损耗低。

• the invention relates to a nonresinous solder paste made of a metal powder, especially soft solder, and a gel which leaves no residues on the metal surface when the metal powder is melted down.

  根据本发明，不含树脂的焊膏由一种金属粉末，特别是软焊料和一种凝胶体制成，其中，根据本发明的凝胶体在重熔金属粉末的过 程中，不在金属表面上留下残留物。

• because is alkalescent atmosphere, reduce product of metal powder and the corrosion of steel fiber.

  由于是堿性氛围，减少产品中金属粉末和钢纤维的锈蚀现象。

• the upsetting test of metal powder sintered preform by blow speed of the hydraulic press, crank press, pneumatic hammer and high energy rate forging hammer was reported.

  研究了用液压机、曲柄压力机、空气锤及高速锤的打击速度对粉末冶金烧结体进行的镦粗试验。

• this paper puts forward a new method that adds dissolvable stuff in metal powder by mixing, cold working, eliminating stuff to acquire a porous electrode sheet.

  提出在金属粉中加入可溶性填充物的混合—冷压—去除填充物来获取多孔电极极板材料的新方法。

• production processes and features of metal powder injection molding(mim)are introduced. technology and economic benefits of both mim and traditional manufacture process are compared.

  介绍了金属粉末注射成形（m im）的主要生产工艺过程及其特点，并与传统制造工艺在技术及经济效益方面进行了比较。

• after applying the technology of low-voltage electromagnetic compaction into making metal powder products, we tried to introduce this technology into the compaction of ceramics powder.

  我校继成功地将低电压电磁压制应用于金属粉末压制后，再一次率先将该工艺引入到功能陶瓷粉末的压制上。

• by this method, diamond composites are made by electroplating and segments are produced by applying the metal powder binder with low melting points.

  该工艺采用电镀法制造金刚石复合基块作为金刚石圆锯片刀头的骨架与磨料，再通过低熔点金属粉末粘结制成金刚石圆锯片刀头。

• the densification process of metal powder presented here is different from those of powder forging, cold or hot isostatic pressing, and traditional compacting sintering.

  本文提出的金属粉末致密化工艺与传统的压实烧结致密；冷热等静压致密：粉末模锻的致密化工艺不同。

• the sintering method, and metal powder slurry foaming can make metal foams even in the solid state.

  釆用金属粉末烧结法、浆料发泡法等制备工艺可以从固相制备金属泡沫材料。

• in addition, some element metal powder of the same composition with that of milling medium was added to accelerate the reaction.

  为了加速反应进行，也可以在金属液体中加入与磨球成分相同的金属粉末。

• the equipment for producing low oxygen content metal powder developed in this article is of a integral sealing type.

  所研制的高压水雾化生产低含氧量金属粉末装置属于整体密封型。

• a method to calculate the interaction time between metal powder and laser beam during laser direct forming with the metal powder conveyed by coaxial powder feeder is introduced in detailed.

  详细介绍了同轴送粉激光成形过程中，金属粉末与激光束相互作用时间的计算方法。

• this study was aimed to evaluate the biocompatibility of metal powder injection molding (mim) 316l stainless steel.

  研究金属粉末注射成型（mim）法制备的316l不锈钢植入材料的生物相容性。

• this paper designs a new kind of nozzle used for laser welding of zinc-coated steels with metal powder and studies the better modality of shielding gas and the powder beam with schlieren device.

  本文设计了一套应用于镀锌板激光填充粉末焊接的喷嘴，并利用纹影仪等手段研究了该喷嘴的最佳保护气流量和最佳粉末束拘束度参数；

• metal injection molding is a new net shape technology applied to produce complex-shaped metal parts, in which materials are metal powder and binder.

  金属注射成形是一种用来制造形状复杂金属零部件的新型近凈成形技术，其物料组成为金属粉末和粘结剂。

• alloying strengthening for fe—based alloys had been investigated, which prepared by metal powder injection moulding technology(mim)and sintered under a strong reduction h_2 atmosphere.

  研究金属粉末注射成形（mim）铁基合金在强还原性氢气氛烧结条件下的合金化强化效果。

• the invention provides a preparation method of circulating atomization metal powder and a device thereof.

  本发明提供一种循环式雾化金属粉末制备方法和装置。

• a case study on sls of this cu-based metal powder to fabricate a gear is carried out. 82% relative theoretical density and transverse dimension error of 1.9% are achieved.

  最后给出了激光烧结上述金属粉末制造齿轮的加工实例，其致密度达理论密度的82%，而横向尺寸误差仅为1.9%。

• metal powder materials have great significance to promote the nonferrous metals industry and chemical industry to upgrade its technology and promote the optimization of the industrial structure.

  金属粉体材料对促进有色行业和精细化工行业技术升级，推动优化产业结构具有重要意义。