硅酸三鈣 的英文怎麼說

中文拼音 [guīsuānsāngài]
硅酸三鈣 英文
alite
  • : 名詞[化學] silicon (14號元素符號 si)
  • : 酸構詞成分。
  • : Ⅰ數詞1. (二加一后所得) three 2. (表示多數或多次) more than two; several; many Ⅱ名詞(姓氏) a surname
  • : 名詞[化學] calcium (20號元素, 符號 ca)
  1. The main products include calcium supper phosphate, sulphuric acid, sodium fluorsilicate, sodium phosphate, and compound fertilizer, ect

    人,主要產品普鈉磷鈉復混肥等,工業產值逾億元。
  2. Study on mineral formation and coexistence of tri - calcium silicate and ba - bearing calcium sulphoaluminate in several systems

    硅酸三鈣與硫鋁共存的研究
  3. Our main products : sucralose, metallic stearates, magnesium trisilicate, magnesium silicate, calcium acetylacetonate, synthetic aluminium magnesium carbonate hydroxide etc

    公司主要產品有氯蔗糖、硬脂鹽、鎂、鎂、乙酰丙酮、合成堿式碳鋁鎂等。
  4. Pavlova viridis, isochrysis zhanjiangensis and isochrysis galbana 3011 were cryopreserved in liquid nitrogen using encapsulation - dehydration. algal cells in early stationary phase were encapsulated in 3 % ca - alginate beads with 30 nacl, 2 million cells in one bead. beads were desiccated with silica gel then directly immersed in liquid nitrogen. the cell viability after warming was evaluated by chlorophyll content. the main factors influencing the cell viability, such as water content of beads, dehydration rate, dehydration procedure, preculture and recovery methods after thawing were studied. the results are as follows : 1

    本文以綠色巴夫藻( pavlovaviridis ) 、湛江等鞭金藻( isochrysiszhanjiangensis )和球等鞭金藻( isochrysisgalbana3011 )等種餌料金藻為試驗材料,用包埋脫水法進行冰凍保存。選擇靜止初期的藻細胞包埋在含有30氯化鈉的3 %的褐藻膠球中,細胞負載約200萬個細胞/膠球,經過膠吸濕法脫水后,探討了膠球含水量、脫水速率、脫水程序、預培養以及化凍后恢復方法對冰凍保存存活率的影響。
  5. Effect law of different materials on the properties of structural adhesive were studied and the modifying mechanism was discussed by microcosmic testing method. results showed that, when nanosize sio _ 2 dispersed in the epoxy base, effect of nanosize sio _ 2 on working performance was changed obviously, on bond strength, impact strength and heat distortion property were good

    論文通過納米二氧化、納米碳和有機蒙脫土種納米材料對常用的環氧樹脂建築結構膠進行改性,研究了不同納米材料對結構膠的性能的影響規律並通過微觀測試手段對其改性機理進行了探討。
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