碳酸鈣結晶 的英文怎麼說

中文拼音 [tànsuāngàijiējīng]
碳酸鈣結晶 英文
calcium carbonate crystal
  • 碳 : 名詞[化學] （非金屬元素） carbon （c）
  • 酸 : 酸構詞成分。
  • 鈣 : 名詞[化學] calcium （20號元素, 符號 ca）
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 晶 : Ⅰ形容詞（光亮） brilliant; glittering Ⅱ名詞1. （水晶） quartz; （rock） crystal 2. （晶體） any crystalline substance
  • 碳酸 : carbonic acid碳酸氣 carbonic acid gas; 碳酸泉 [水文] carbonate spring; 碳酸泉水 apollinaris
  • 結晶 : 1 （析出晶體） crystallize2 （晶體） crystal 3 （成果） crystallization; fruit; product; quintess...
  1. Caco3 not only affects soil physical and chemical characteristics but also causes co2 change in the air, because caco3 is main components among the total pool of inorganic carbon of soil. this paper systematically summarized and analyzed general development characteristics of soil profile caco3 in loess hill gully area including source, content, forming - condition, distribution and illuviation - depth of caco3, which will have the most important significance for the further studies on global soil and climate change

    碳酸鈣在土壤剖面中淀積的深度和類型是黃土高原土壤發育的重要標志，鈣積層是黃土高原土壤發育環境的歷史信息庫，同時土壤碳酸鈣作為土壤無機碳庫重要組成，它通過溶蝕后再結晶與大氣co _ 2之間進行物質交流來影響全球氣候變化。
  2. In the dissertation, different soft - templates were used to regulate and control the growth progress of calcium carbonate under present conditions in our lab. versatile morphologies and different polymorph of calcium carbonate were produced in our experiences, and the mechanisms of these results were investigated

    本論文是在實驗室的條件下，利用多種軟模板調控碳酸鈣晶體的生長，研究了導致晶體結晶狀態和形貌的多樣性機理，現歸納如下： 1
  3. The mineral of the shell is almost pure calcium carbonate, with some magnesium, formed of radiating crystals.

    蛋殼的礦物質幾乎為純碳酸鈣，還有一些鎂，形成放射狀結晶。
  4. The important parameters, namely the ph of solution, the concentration of 4 - bapta and the supersaturation of cacco3, were systematically studied

    對其中重要的參數（溶液的ph值、 4 - bapta的濃度、碳酸鈣的過飽和度）對晶體形貌和結晶狀態的影響進行了系統的研究。
  5. The results showed that the optimized processing parameters were ph = 9, concentration of mgcb were 0. 4mol / l, reaction temperature were 75 c, flow velocity of co2 were 4. 5ml / min / gcao, stirring strength were 200r / min

    實驗結果表明制備文石相碳酸鈣晶須的最優工藝參數為ph值維持在9左右，反應溫度為75 ， co _ 2流速為4 . 5ml min gcao ，攪拌速度為250r min 。
  6. Thus, the system could be kept at a lower super - saturation state under the condition of higher concentration of ca2 + to obtain aragonite whisker. the surface of aragonite must be modified to overcome the shortcomings leading to poor dispersion and combination with polymer materials

    為了解決作為無機填料由於表面親水疏油而在聚合物材料內部分散性差、與高聚物本體結合力差等的缺點，必須對文石相碳酸鈣晶須進行表面改性。
  7. High - latitude calcareous phytoplankton and zooplankton might share a similar fate, although their declines would come decades later because their shells are formed from calcite, the less soluble form of calcium carbonate

    高緯地區的鈣質浮游植物和浮遊動物可能有相似的命運，雖然它們受到影響的時間也許會晚數十年，因為鈣質浮游生物的外殼由方解石形成，這種碳酸鈣礦物結晶比較不容易溶解。
  8. By compounding caco3 with pp, the effect of caco3 content, diameter and shape on the crystallization, dispersion morphology and properties of pp / caco3 composites was investigated. the results showed that addition of caco3 into pp decreased the apparent crystal size in perpendicular direction to the ( 110 ), ( 040 ) and ( 130 ) crystallographic planes of ppa crystal, and with similar uniform dispersion of caco3, the dominant factor influencing toughness is the diameter of caco3 particles, but not the decrease of pp crystal size. the toughening effectiveness of nano caco3 is obviously better than that of micron caco3

    將caco _ 3與pp進行填充復合，研究了caco _ 3含量、粒徑及形狀對體系的結晶，分散形態及性能的影響，發現碳酸鈣的加入使聚丙烯晶型垂直於（ 110 ） 、 （ 040 ）和（ 130 ）晶面的表觀晶體尺寸減小，揭示了在分散均勻的情況下，影響材料韌性的主導因素不是晶粒尺寸的減小，而是碳酸鈣的粒徑，納米張玲：彈性體及無機剛性粒子增韌增強聚丙烯復合材料的研究碳酸鈣的增韌效果明顯優于微米碳酸鈣。
  9. 2. the chosen nanometer cacoj particles have been tested and analyzed through advanced instruments. 1 ) the crystal structure and average size of the nanometer cacos particles have been tested by rotatory anode harrow x - ray diffractometer

    2 、採用先進的儀器對所選擇的納米碳酸鈣粒子進行了測定： （ 1 ）使用旋轉陽極靶多晶x射線衍射儀測定其晶體結構和平均粒徑大小。
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