線形鈣化 的英文怎麼說

中文拼音 [xiànxínggàihuà]
線形鈣化 英文
linear calcification
  • : 名詞1 (用絲、棉、金屬等製成的細長的東西) thread; string; wire 2 [數學] (一個點任意移動所構成的...
  • : 名詞[化學] calcium (20號元素, 符號 ca)
  • 鈣化 : [醫學] calcification鈣化病 calcino
  1. In this thesis, aragonite whisker was synthesized by introducing co2 into ca ( oh ) 2 suspension mixed with mgcl2. the hyphenated technique of microscope - microcomputer was used to examine the morphology and microstructure of the products. the effects of reaction temperature, concentration of mgcl2, ph value of the initial suspension, flow velocity of co2, and stirring strength on the formation of the polymorphs of calcium carbonate were examined

    本文利用改進的碳法制備了文石相碳酸晶須,採用高倍顯微鏡一計算機聯用技術、掃描電鏡和x射衍射儀進行產品貌觀察和晶型分析,討論了溫度、 mgcl _ 2濃度、初始ph值、 co _ 2的流速、攪拌速度等因素對制備文石相碳酸晶須的影響。
  2. Effects of different calcium concentration on ca2 + in ca2 * - sequester ing organelles of photoreceptor cell in penaeus monodon fabriciu by the combined oxalate - pyroantimonate technique, we observed the subcellular distribution of calcium in the photoreceptor cells of penaeus monodon fabricius, by changing the extracellular calcium concentration. the result showed that, in vitro, in presence of 50mmol / l, the quantity of calcium antimonate deposit in the multivesicular bodies, pigment and lamellar body were more than that of photoreceptor incubated in lower calcium solution, which contained 50mmol / l egta. in higher calcium solution, we ecu id not f i nd the depos i t in the mitochondr ia, but in lower calcium solution, there was a little deposit in the mitochondria

    學位論義小同ca卜濃度對斑節對蝦光感受器的響3 .外界不同離子濃度對斑節對蝦光感受器細胞內所儲存的離子的影響應用草酸一焦銻酸鹽結合的沉澱技術研究斑節對蝦光感受器細胞在不同ca之『濃度條件下胞內儲存的ca2 +變,其電鏡觀察表明:在高溶液培育后,細胞內的多囊體、色素顆粒、板膜體中都存在大量的焦銻酸沉澱的黑色顆粒,粒體中未發現沉澱;在生理溶液培育后,粒體中出現沉澱,而其他caz +儲存器中焦銻酸沉澱的黑色顆粒大量減少。
  3. Ettringite in cement hydration products " value k " method of xrd and some accurate results were obtained. this method shows practically significant in studying the formation mechanism and stability of ettringite

    摘要本文用x射衍射法定量分析了水泥水產物中的礬石,得到了較為準確的結果,該方法對研究礬石的成機理和膨脹機理提供了重要的參考依據,具有理論和實際意義。
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