晶須生長 的英文怎麼說

中文拼音 [jīngxūshēngzhǎng]
晶須生長 英文
growth of whiskers
  • 晶 : Ⅰ形容詞（光亮） brilliant; glittering Ⅱ名詞1. （水晶） quartz; （rock） crystal 2. （晶體） any crystalline substance
  • 須 : Ⅰ動詞1 （須要; 應當） must; have to 2 [書面語]（等待; 等到） await Ⅱ名詞1 （胡須） beard; mustach...
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 長 : 長Ⅰ形容詞1 （年紀較大） older; elder; senior 2 （排行最大） eldest; oldest Ⅱ名詞（領導人） chief;...
  • 生長 : grow; grow up; ascent; merisis; build up; auxesis; increment; overgrowth; gain; burgeon; bourgeon...
  1. Studies on the preparation of aragonite whisker and its growth mechanism are meaningful at theory and practice to develop traditional calcium carbonate industry, new materials and theory of crystal growth

    制備文石相碳酸鈣晶須的研究對促進我國傳統碳酸鈣產業、新材料的開發以及晶體生長理論的發展都具有重要的理論意義和實踐意義。
  2. The experimental results show that the cycle of the mother liquid increases the yield of the product, the seed crystal can improve long - diameter ratio remarkably, the proper additive reduces the speed of crystal growth and make size distribution homogenize. through appending different seed crystal and bivalent lead at one time, we may receive when the content of the seed crystal is 0. 075 % and pb2 + is 20 - 50ppm, the yield of the basic magnesium chloride whisker is high and crystal shape is good. the surface active agent can improve dispersion performance of the basic magnesium chloride whisker

    研究結果表明：母液循環可以提高堿式氯化鎂晶須的產率；添加晶種可明顯的改善晶形；合適的添加劑可以降低晶體生長速度並可提高晶須的粒徑分佈；而同時加入不同用量的晶種和pb ~ （ 2 + ） ，試驗結果表明晶種含量在0 . 075 ， pb ~ （ 2 + ）在20 50ppm時，晶須的產率高，晶形好；表面活性劑對產品的分散性能有所改進。
  3. The paper also analyzed the crystal defeat formed in the process of growth and put forward to the solution, furthermore, the mechanism of needle - like growth was discussed

    並對晶須生長過程中所形成的各種晶體缺陷進行了分析，提出了解決辦法。同時對羥基磷灰石晶須針狀生長的結晶學和界面動力學機理進行了探討。
  4. In addition, low ph and low supersaturation were in favor of the needle - like growth of hydroxyapatite whisker

    而低的過飽和度和低的ph值有利於羥基磷灰石晶須的針狀生長。
  5. Well - crystal cahpo4 are selected as initial materials. the properties of the synthetic hap whisker are tested and analyzed systematacially. the effects of the temperature of the system, the heating speed, the pressure and the granularity of initial materials on growth of ha whisker are discussed

    選用自製的cahpo _ 4作為營養料，用水熱法制備羥基磷灰石晶須，並對所獲得的晶須進行了系統地測試和定性分析，討論了水熱環境下，溫度、升溫速率、 ph值、壓力、填充度、營養料等參數對晶須生長的影響。
  6. This process is called carbon nanotube - confined reaction. sic grains and solid sic whiskers with the diameter of 120 nm to 160 nm are formed by carbon nanotube - confined reaction. the size of grains and the whisker diameters increase

    採用c納米管限域法所生長的sic晶須則是實心的，直徑達120nm 160nm ，並有sic顆粒生成，生長溫度越高，合成晶須的直徑和顆粒的粒徑越大。
  7. In experiment, it was found that the solubility of cahpo4 could be affected by the temperature of the system, the heating speed, the pressure and the granularity of initial materials easily. so that the growth of hydroxyapatite whisker was affected because of the change of supersaturation

    實驗中發現，溫度、升溫速率、 ph 、壓力、營養料等都會影響cahpo _ 4的溶解度，從而改變體系的過飽和度，進而影響羥基磷灰石晶須的生長。
  8. It is concluded that optimum calcined temperature is 900 with x < 0. 06 and 950 with x 0. 06. liquid phase is indispensable in the sinter procession. it contributes to the growth of the crystalline grain and the density

    研究表明：當x 0 . 06時，適宜的預合成溫度應為900 ，當x 0 . 06時，適宜的預合成溫度應為950 ；樣品的燒結必須有液相的存在，適量的液相有助於晶粒的生長和材料的緻密化，但液相過多將降低壓電性能。
  9. In order to bring forth the first known cases of resurrection of the decay and the growth of the crystalline cellular structure, the human growth hormone must be activated

    為了帶來復興衰退及生長水晶細胞結構的第一批事例，人類生長荷爾蒙必須被激活。
  10. The results reveal that the microstructure of the nb - si system intermetallics consists of nb and nbasi phases. because of unstable microstructure of nfysi phase at high temperature, the equilibrium nb + nbssia dual - phase microstructure of the nb - si system intermetallics should be acquired by means of heat - treatment

    研究表明，採用電弧熔煉和單晶生長技術制備的nb - si系金屬間化合物的顯微組織主要由nb + nb _ 3si組成，而由於nb _ 3si相在高溫下是不穩定的，為了得到穩定的nb + nb _ 5si _ 3雙相組織，必須對材料進行熱處理。
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