biomineralization 中文意思是什麼

biomineralization 解釋
生物成礦作用
  • n : 1. 【羅馬數字】90〈N＝90000〉。2. 【化學】＝nitrogen. 3. ＝North（ern）。N ＝nuclear 核的：N-waste 核廢料。
  1. Biomineralization behavior of biomimetic chitosan rod

    仿生殼聚糖棒材表面的生物礦化
  2. It ' s well - known that nucleation consisted of homogeneous nucleation and heterogeneous nucleation. the organic matrix used as the template to induce inorganic crystal growth and simulate the biomineralization is actually to promote heterogeneous nucleation and inhabit homogeneous nucleation. urinary stone is a kind of product of unusual biomineralization

    眾所周知，結晶過程中的成核有均相成核和非均相成核兩種可能，利用有機基質做模板，誘導無機晶體生長，模擬生物體內的礦化過程實際是促進非均相成核而抑制均相成核。
  3. Studies on the biomineralization of calcium oxalate crystals were performed in vitro using monolayer film and langmuir - blodgett film as templet. sem, esem, tem, afm, xrd and ft - ir were used to characterize calcium oxalate crystals obtained from a series of experiments

    以單分子膜和lb膜作為模板，用sem ， esem ， tem ， afm ， xrd和ft - ir等表徵方法，在體外研究了草酸鈣晶體的生物礦化過程。
  4. We currently study the following projects ： ( 1 ) the biomineralization of nano - magnetic particle such as magnetotactic bacterial and ferritin ; ( 2 ) the magnetic research of biongenic nano - magnetic particles ; ( 3 ) the influence of the geo - magnetic field to the life

    我們現階段主要研究以下課題： （ 1 ）趨磁細菌，鐵蛋白等為代表的納米磁性顆粒的生物礦化作用； （ 2 ）生物源納米磁性顆粒的磁學研究； （ 3 ）地磁場對生命活動的影響。
  5. Since the 1990s, the new synthesis technology called biomimetic synthesis which imitates the mechanism of biomineralization has emerged

    摘要90年代，出現了一種模擬生物礦化中無機物在有機物調制下形成過程的合成技術仿生合成。
  6. It is significant to study the characters of aggregation of surfactants, especially of the study of aggregation of amphiphilic macromolecules in life sciences and for biomineralization or biomimetic synthesis

    研究其自組裝特性對生命體內兩親大分子的聚集行為以及生物礦化和仿生合成的研究均具有重要意義。
  7. Biomineralization is a complicate process, which is difficult to study in the original situation inside the organism. to prophyl axis and cure of urinary stones, imitating the biomineralization out of the organism and studying the formation mechanism of urinary stone are very important to the health of human beings

    由於生物礦化是一個復雜的過程，很難在體內原位對其進行模擬，利用體外模擬的方式探討尿結石的形成機理，不僅對預防尿結石有重要意義，也更為無創治療尿結石開辟了一條道路。
  8. Soft - templates have particular characterizations. first, they have absolute advantage in simulating the progress of biomineralization since they were composed mainly by amphiphathic molecules ; second, the shape of soft - templates were versatile ; third, soft - templates were easy to construct and complex equipments were not needed. though soft - templates were not always controlled the crystal morphology and size strictly, they draw people ' s atte ntion by their characterization mentioned above

    軟模板的主要特點有： （ 1 ）由於軟模板大多是兩親分子形成的有序聚集體，它們的最大的特點是在模擬生物礦化方面有絕對的優勢； （ 2 ）軟模板的形狀具有多樣性； （ 3 ）軟模板一般都很容易構築，不需要復雜的設備。
  9. According to the general principles of biomineralization, we used many functional organic templates, which can efficiently interact with caco3 crystal, to control the crystal form and the morphology of caco3. many systematic studies o f the influence of various experimental parameters, such as ph of solution, concentration of additives and caco3, temperature, aging time, etc., on the morpho - logy and size of caco3 crystals are investigated

    我們系統地分析了各種實驗參數，例如溶液的ph值、有機大分子的濃度、碳酸鈣的濃度、環境溫度、陳化時間等對碳酸鈣粒子形貌及大小的影響，合成出了一系列具有奇異形貌的碳酸鈣材料，豐富了碳酸鈣形貌的種類，並對這類材料的礦化機理進行了較深入的研究。
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