耐火 的英文怎麼說

中文拼音 [nàihuǒ]
耐火 英文
fire-resistant; refractory耐火玻璃 refractory glass; 耐火層 flame retardant coating; 耐火混凝土 [材料] refractory concrete; 耐火水泥 fire cement; thermolith; refractory cement; 耐火陶瓷 refractory; refractory ceramics; 耐火塗料 fireproof coating; fireproof dope; fire-resisting dope; refractory dressing; 耐火紙 incombustible paper; 耐火磚 fireproofing tile; refractory; refractory brick; firebrick
  • 耐 : 動詞（受得住; 禁得起） be able to bear or endure
  • 火 : fire
  1. Ablative - cooled refractory

    燒蝕冷卻的耐火材料
  2. The operating latitude of zibo zhongtai abradant and abrasive tool co., ltd : abradant, abrasive tool, carborndum stick, refractory material, manufacturing the products according to the charts and samples which were provided by the consumers, jointly manufacturing some products, jointly managing and so on

    淄博中泰磨料磨具有限公司經營范圍：磨料、磨具、碳硅棒、耐火材料、並承辦來圖來樣加工、合作生產、合作經營等業務。
  3. Shaped refractory products - sampling and acceptance testing

    定形耐火製品抽樣驗收規則
  4. Alumina carbon refractory products for continuous casting

    連鑄用鋁炭質耐火製品
  5. Chemical analysis of aluminous cement for refractories

    耐火材料用礬土水泥的化學分析
  6. Physical testing methods of aluminous cement for refractories

    耐火材料用礬土水泥的物理測試方法
  7. Refractory products. chemical analysis of aluminous, siliceous, silicon carbide, carbon and metallic silicon refractory products

    耐火材料製品.鋁礬土硅質材料碳化硅碳和金屬硅耐火材料製品的化學分析
  8. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of iron

    耐火材料化學分析.硅材料硅土材料和粘土材料.鐵含量測定
  9. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of titanium

    耐火材料化學分析.硅材料硅土材料和粘土材料.鈦含量測定
  10. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of aluminium

    耐火材料化學分析.硅材料硅土材料和粘土材料.鋁含量測定
  11. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of manganese

    耐火材料的化學分析.硅材料硅土材料和粘土材料.錳的測定
  12. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of phosphorus

    耐火材料化學分析.硅材料硅土材料和粘土材料.磷含量測定
  13. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of calcium and magnesium

    耐火材料的化學分析.硅材料硅土材料和粘土材料.鈣和鎂的測定
  14. Chemical analysis of refractories. argillaceous and silico - argillaceous materials. determination of silicon method by insolubilisation in perchloric acid medium

    耐火材料化學分析.粘土和硅石材料.硅含量測定
  15. Chemical analysis of refractories. silica materials, silico - argillaceous and argillaceous materials. determination of silicon method by insolubilisation in hydrochloric acid medium

    耐火材料化學分析.硅材料硅土材料和粘土材料.硅含量測定
  16. This is not to belittle the enormous progress in the development of refractories.

    這並非是小看耐火材料發展中的巨大進步。
  17. Of all kinds village does an enterprise to should be mixed in civilian curtilage in the center ; ( should stay between 2 ) building have appropriate fire prevention span and fire prevention channel ; ( 3 ) abuts type farming curtilage every between due firewall ; ( when 4 ) builds bridal chamber house, should raise architectural fireproof grade, use the blame combustion housing materials such as ferroconcrete, brick, tile ; when decorating, reduce use bamboo, wood to wait as far as possible can burn material

    各類村辦企業應混在民宅當中； （ 2 ）房屋之間應留有合適的防火間距和防火通道； （ 3 ）毗連式農宅每戶之間應有防火墻； （ 4 ）建造新房屋時，應提高建築的耐火等級，採用鋼筋混凝土、磚、瓦等非燃燒建築材料；裝修時，盡量減少使用竹、木等可燃材料。
  18. The chamotte is an important refractory raw material, and it is extensively applied to the industry of metallurgy, ceramics etc

    焦寶石是重要的耐火原料，廣泛用於冶金、建材、陶瓷等行業。
  19. These investigations have found strong evidence for the former presence of 26al in the so - called refractory inclusions : tiny mineral assemblages, rich in calcium and aluminum, embedded in chondritic meteorites alongside the chondrules

    這些研究發現了強而有力的證據，顯示鋁26曾經存在於所謂的耐火包體（富含鈣和鋁的細小礦物組合體，與球粒一起鑲埋在球粒隕石內） 。
  20. Given the decay rate of 26al, the lower initial ratio in the chondrules implies that these objects formed between one million and two million years after the creation of the refractory inclusions ( assuming that the radioisotope was indeed homogeneously distributed in the early solar system )

    以鋁26的衰變速率估計，這些球粒的初始比值較低，表示它們是在耐火包體產生后100 ~ 200萬年才形成（假設鋁26在早期太陽系中確實是均勻分佈的） 。
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