英语释义

• a black magnetic mineral consisting of magnesium carbonate; a source of magnesium

片语

magnesite flooring菱苦土地面材料

fused magnesite熔成菱镁石

basic magnesite堿性菱镁矿石

magnesite cement[建]

magnesite concrete菱镁混凝土

magnesite products镁质产品

magnesite wheel菱镁砂轮

raw magnesite菱镁矿原矿

magnesite chrome镁珞合金

sparry magnesite晶质菱镁矿

英汉例句

• but the horniness fibreboard is different from the magnesite fire-retardant ornamental board in essence.

  但是硬质纤维板和菱镁阻燃装饰板有本质不同。

• inorganic binders are ceramics, magnesite and sodium silicate, etc.

  无机结合剂有陶瓷、菱苦土和硅酸钠等；

• the dense ceramic products can be obtained using sintered magnesite as raw materials and alcohol as mixing medium.

  以酒精力混合介质，烧结镁砂为原料获得致密的陶瓷烧结制品是可行的。

• in view of the rich resource of magnesite in china, the application of the two products to environmental protection has vast vistas.

  国内有丰富的镁矿资源，生产这两种产品进而在环保项目中推广应用具有重要意义。

• magnesia calcined from magnesite as raw material, superfine magnesium hydroxide has been produced by hydration.

  以菱镁矿煅烧所得氧化镁为原料，水化制备超细氢氧化镁。

• the paper introduces the application of magnesite coating in tundish of danieli caster and the problems occurred in the application.

  介绍镁质涂料在达涅利连铸中间罐上应用的情况，并对出现的问题进行分析。

• chromite and/or magnesite mineralization is usually related to the ophiolites.

  铬铁矿及（或）菱镁矿化通常是与蛇绿巖有关。

• there is a good prospect to develop forsterite sand and forsterite brick in zhubu and heinipo, develop water soluble fertilizer with magnesite byproduct in baitongchang.

  白泥湾白铜厂为含镍蛇纹菱镁片巖。朱布、黑泥坡开发镁橄榄石砂、镁橄榄石砖与白铜厂开发水溶性农肥并副产菱镁矿均具良好的开发前景。

• the mechanism of dodecyl phosphate ester and water glass in flotation separation of magnesite from dolomite is described.

  介绍了十二烷基磷酸酯和水玻璃浮选分离菱镁矿与白云石的作用机理。

• a lot of large to giant magnesite and talc deposits located in mg-rich carbonate formations distributed in the paleoproterozoic dashiqiao formation in eastern liaoning province, china.

  辽东地区古元古代大石桥组中分布有富镁质碳酸盐巖建造，并产有大型或超大型菱镁矿、滑石矿床。

• to improve properties of magnesite material it is imperative to use additives for modification.

  提高菱镁质材料性能必须采用外加剂改性。

• in this paper, the effects of the process flow of treating waste magnesite brick and the influence of equipment parameters on the recovery rate of the alloy are introduced and analysed.

  采用重选法有效地回收了炼铜拆炉废镁砖中的金银合金，介绍和分析了分选工艺流程及设备参数对分选回收率的影响。

• this paper analyzes the essential scumming reasons for magnesite product and every kind of modified measures and results used normally now.

  分析了菱镁制品返卤泛霜的根本原因及目前常用的各种改性措施及效果；

• using high quality magnesite as main starting material, choosing appreciate binder and composite additives, a coating with good performance for tundish is developed.

  采用优质镁砂为主要原料，选择合适的结合剂与复合外加剂，可制得性能优良的中间包涂料；

• the magnesia based big brick was produced by using quality fused magnesite with high calcia and low silica, composite additives and composite organic binder.

  采用优质电熔高钙低硅镁砂，添加复合外加剂，用复合有机结合剂结合，制成了镁质大砖。

• adopting the high quality magnesite as main materials and choosing appropriate binders and compound additives, we can produce tundish coating with excellent properties. adopting self?

  采用优质镁砂为主要原料，选择合适的结合剂与复合外加剂，可制得性能优良的中间包涂料；

• the paper describe mainly operating state and some improvement of the tunnel kiln for calcining synthetic magnesio -dolomite clinker of shandong magnesite mine.

  介绍了山东镁矿煅烧合成镁白云石熟料的隧道窑的运行状况及某些改进情况。

• to increase recovery of high carbon ferrochrome, the effecting factors of chrome contents in slags were analysed, and the preliminary test of adding waste magnesia brick and magnesite were conducted.

  为了提高高碳铬铁的回收率，分析了影响渣中铬含量的因素，并通过配加废镁砖和菱镁矿作了初步试验。

• analysis results show that the exploitation of magnesite seriously affects the content of each element in different factors and the geochemical environment conditions of the area.

  结果表明，大石桥地区的菱镁矿开采严重影响了研究区域内的地球化学环境以及各种金属非金属元素在不同生态环境因子中的含量；

• the rich resources of refractory raw materials in china are briefly described, with emphasis on bauxite, magnesite and graphite.

  简要叙述我国丰富耐火原料资源，尤其是高铝矾土、菱镁矿和石墨的概况。

• the cordierite was synthesized by solid reaction process at low temperature with the mixture of talc, magnesite and coal gangue.

  以煤矸石、滑石和菱镁矿为原料，采用固相烧结反应法，对低温合成堇青石的机理和工艺进行了研究。

• through test and research for many new mixing active modifier added and new treatment method, the appearance of scumming for magnesite product is obviously inhibited on the above base.

  在此基础上，通过添加多种新型混合活性改性剂及新的处理方法的试验研究，使菱镁制品返卤泛霜现象得到明显的抑制。