片语

titanium sponge reactor海绵钛反应器

sponge titanium powder海绵钛粉

sponge titanium reduction-distillation海绵钛还原

edged titanium sponge边皮钛

porous pure titanium with sponge-shape多孔海绵状纯钛

sponge titanium海绵钛

titanium m sponge海绵钛

titanium sponge production海绵钛生产

sponge titanium production海绵钛生产

英汉例句

• the geographical distribution and production processes from titanium crude ores to titanium sponge were summarized and also compared with foreign technologies.

  本文概述了我国钛矿物的地理分布和由钛原矿到海绵钛的生产工艺，并与国外技术进行了对比说明。

• in producing titanium and its alloys in industry, titanium sponge is mainly used as raw material.

  在工业生产中，主要以海绵钛为原料生产金属钛及其合会。

• the market actuality of the world titanium sponge industry in 2010 was reviewed.

  回顾了2010年世界海绵钛市场的发展概况。

• the titanium sponge is sheared with fixed length, the geometric dimension of the blocks are uniform, so the service performance of product is good and the yield is high but no waste product.

  采用定尺剪切，碎块的几何尺寸一致，故产品使用性能好，且成品率高，无废品；

• encourage development of polysilicon and further of spv materials and matching new energy storage cell, aerolite, high titanium slag, titanium sponge and titanium materials.

  新型离子交换纤维研制、活性炭纤维功能化、以及上述材料在储能和高纯试剂应用开发方面选择研究课题。

• impurity distribution of titanium sponge and its affect on product quality;

  本文论述了海绵钛产品的杂质分布及对产品质量的影响。

• formation and influential factors of high temperature sintering in titanium sponge production by magnesium reduction method were analyzed.

  论述了镁法海绵钛生产过程中高温烧结的形成及其影响因素，分析了减少高温烧结的控制措施。

• all of this prove that larger single-furnace in titanium sponge manufacturing is a certain trend in the future.

  海绵钛生产单炉大型化是今后发展的必然趋势，也是提高我国海绵钛产业在国际市场上竞争能力的重要途径。

• these defects result from var process, which relates to the size of titanium sponge and alloying elements before melting.

  这些缺陷都是真空电弧重熔过程的产物，与海绵钛和添加元素的粒度有关。

• resources and reasons of nitrogen in titanium sponge were discussed. measures to lessen the nitrogen content to keep or improve the quality and grades of sponge were also put forword.

  阐述了海绵钛生产过程中杂质氮元素的来源及影响因素，采取相应措施进行降低控制，从而稳定并提高了海绵钛产品的质量和品级率。

• this is titanium sponge that comes out of the bottom of this reactor, and it subsequently re-melted in a vacuum arc furnace.

  海绵状的钛，从反应器的底部出来，随后在真空炉中重新熔炼。