硅鐵土 的英文怎麼說

中文拼音 [guītiě]
硅鐵土 英文
degeroite
  • : 名詞[化學] silicon (14號元素符號 si)
  • : Ⅰ名詞1 (金屬元素) iron (fe) 2 (指刀槍等) arms; weapon 3 (姓氏) a surname Ⅱ形容詞1 (形容...
  1. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of iron

    耐火材料化學分析.材料材料和粘材料.含量測定
  2. Edge of the granule image by video is the key of its image partition, the article tries to carry through a deeper research on image partition at the same time. granule is made up of savageness mater and industry material ( including of rock, sand, earth, atomy, steel, china, concrete, ink powder, magnetism powder, light fine and tiny powder used silicon, cell etc. )

    顆粒是構成天然物質和工業材料(巖石、礦石、沙子、泥、塵埃、鋼、陶瓷、水泥、墨粉、磁粉、光纖和料封裝材用高純微粉、細胞等)的基本單元,顆粒尺寸(粒度)是顆粒的首要特徵和粉體材料的第一指標。
  3. The intense eluviation and weathering of soil with groundwater and run - off result in the enhancing of capacity of transference of some elements, such as si, al, fe, mn. the chemical reactions of the colloid particles in the soil water make those crannies or holes filled by some epigenetic clay minerals and quartz. then a great deal of white reticulate clay comes into being in the quaternary laterite of the dongting basin

    地下水和地表水強烈的淋溶作用使壤中錳等元素的遷移能力增強,壤膠體粒子之間的化學反應,使得這些孔隙空間在後期逐漸被次生黏礦物和石英所充填,最終,在洞庭盆地第四系紅地層中形成大量的蠕蟲狀和根狀白色網紋。
  4. Rare earth ferrosilicon alloy

    合金
  5. Rare - earth ferrosilicon

    合金
  6. Huangmei has a rich reserve of underground minerals, 15 sorts are proven to have exploitation value, of which, limonite and siderite have a reserve of 58 million tons, the tenor is around 45 %, being concentrated ; quartz is of 100 million tons ; gypsum mine is 270 million tons ; barite is 500, 000 tons and silex of 10 million tons ; porcelain clay, limestone, shale and granite are extensively distributed and of large reserve

    黃梅地下礦產豐富,已探明有開采價值的礦產資源15種,其中褐礦、菱礦儲量5800萬噸,品位45 %左右,分佈集中;石英礦1億噸;石膏礦2 . 7億噸;重晶石50萬噸;石1000萬噸;瓷、石灰石、頁巖石、花崗巖分佈廣、儲量大。
  7. Jiangmen boasts of rich mineral resources with 37 kinds of minable minerals, including limestone, silica sand, potassium feldspar, monazite, crystal, aquamarine, coal, tombarthite / rare earth, gold, silver, copper, iron, stannum and tungsten, among others

    礦產資源豐富,已探明可開採的有石灰石、砂、鉀長石、獨居石、水晶、綠柱石、煤、稀及金、銀、銅、、錫、鎢等37種。
  8. Other bound metals related to iron - manganese oxides and silicate indicate no change above the loess covered deposits

    錳氧化物態酸鹽結合態金屬元素在厚黃覆蓋區對礦帶無指示意義。
  9. Methods for chemical analysis of rare earth ferrosilicon alloy and rare earth ferrosilicon magnesium alloy - determination of calcium, magnesium, and manganese contents

    合金及鎂合金化學分析方法鈣鎂錳量的測定
  10. An iron - containing material with an iron grade of over 20 % can be recovered from magnetic separation tailings of liuling iron mine by gravity method. this material can be used instead of partial clayey material to produce portland cement so as to reduce the mine tailings discharge amount to 43. 52 %, to raise the iron recovery from 70. 89 % to 84. 62 % and to reduce the iron ore powder consumption in raw cement mixture and the energy consumption of raw material grinding

    用重選法從劉嶺礦磁選尾礦中回收礦物,可獲得品位大於20 %的含物料,用此物料代替部分粘質原料生產酸鹽水泥,使礦山尾礦排放量減少至43 . 52 % ,的回收率由70 . 89 %提高到84 . 62 % ,並且減少了水泥生料配料中礦粉的用量,降低了生料粉磨能耗。
  11. Determination of extracting iron, aluminium, manganese, silica, carbon in forest soil

    森林壤浸提性鋁錳碳的測定
  12. 2 projects on rare earth thermometallurgy, including rare earth metal electrolysis, reduction and the production of rare earth silicon, iron and magnesium alloy, etc

    火法冶金項目,包括金屬電解、還原和稀及鎂合金的生產等方面;
  13. Projects on rare earth thermometallurgy, including rare earth metal electrolysis, reduction and the production of rare earth silicon, iron and magnesium alloy, etc

    火法冶金項目,包括金屬電解、還原和稀及鎂合金的生產等方面;
  14. Rare earth ferrosiliconmagnesium alloy

    合金
  15. It mainly includes new - type cement and wall - building material with coal gangue, industrial waste and fly ash as the raw material ; neody mi um - iron - boron material, nano - material, fire - resistance material, kaolin earth material, high - performance ceramic and fiber material, magnetic material, silicon - manganese alloy, and other nonferrous metal materials, along with production technologies of green environmental, clean materials and so on

    以煤矸石、粉煤灰、工業廢渣為原料的新型水泥和新型墻體材料、釹硼材料、納米材料、耐火材料、高嶺材料、高性能陶瓷和纖維材料、磁性材料、錳合金等有色金屬新材料,以及綠色環保、清潔材料的生產技術等。
  16. A. the ct permanent canister magnetic dressing machine produced by us can be used for the dry magnetic dressing of magnetite, magnetism pyrite, calcines etc under 3mm. it can also be used for the iron dividing operation for coal, nonmetal mine and building material. magnetic separator

    磁選機適用於不同粒度及粉狀物料的磁礦磁黃礦焙燒礦鈦礦耐火材料高鋁礬礦玻璃原料石英鉀長石等180餘種物料的干濕式磁選,磁選機也用於煤非金屬礦建材等物料的除作業。
  17. Abstract : an iron - containing material with an iron grade of over 20 % can be recovered from magnetic separation tailings of liuling iron mine by gravity method. this material can be used instead of partial clayey material to produce portland cement so as to reduce the mine tailings discharge amount to 43. 52 %, to raise the iron recovery from 70. 89 % to 84. 62 % and to reduce the iron ore powder consumption in raw cement mixture and the energy consumption of raw material grinding

    文摘:用重選法從劉嶺礦磁選尾礦中回收礦物,可獲得品位大於20 %的含物料,用此物料代替部分粘質原料生產酸鹽水泥,使礦山尾礦排放量減少至43 . 52 % ,的回收率由70 . 89 %提高到84 . 62 % ,並且減少了水泥生料配料中礦粉的用量,降低了生料粉磨能耗。
  18. The rare earth ferro silicon cerium accounts for 46 - 50 % of total rare earth, we can accurately adjust the percentage content of rare earth alloy according to the clients request

    合金鈰/占稀總量的46 - 50 % ,根據用戶的需要,可準確地調整稀合金的百分含量。
  19. Chemical analyses showed that the former was characterized by higher sio2, k2o and lower a12o3, tio2 than the later, as well as the content of fe varying on a great range with the deposit - forming parent racks and weatering conditions

    其結果表明,風化型高嶺的化學成分一般屬高鋁低型,鉀含量偏高,鈦含量低,含量則隨成礦母巖和風化條件的不同波動范圍大,礦物組成主要為結晶度較差的高嶺石、水雲母和石英,以及極少量的管狀埃洛石。
  20. Abstract : the paper discusses the forming reasons of magnesia which is the main non - metallic inclusions in rare earth magnesium ferrosil icon alloy and harmful. the methods of reducing magnesia in the alloy have been p roposed

    文摘:本文論述了稀合金中主要非金屬夾雜物?氧化鎂的生成原因及其對應用的危害,提出了降低合金中氧化鎂的方法。
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