seed crystal 中文意思是什麼

seed crystal 解釋
籽晶;晶種。

  • seed : n (pl seed(s))1 〈集合詞〉【植物;植物學】種;種子。2 顆粒;晶粒。3 〈pl 通例 seed〉 【生理】...
  • crystal : n 1 結晶,(結)晶體;晶粒;水晶(=rock crystal);石英。2 【無線電】晶體。3 結晶玻璃;雕玻璃;...
  1. The topic is on the basis of the synthesis of the basic magnesium chloride whisker. the research perform the recycling experiment on the synthesis and property of the basic magnesium chloride whisker by adding ammonia or magnesium chloride and ammonia simultaneously into the mother liquid of crystal and during the synthesization of the basic magnesium chloride whisker, we add the seed crystal, additive, or surfactant in order to increase the yield of crystal

    在課題組已成功合成堿式氯化鎂晶須的基礎上,為提高堿式氯化鎂晶須的產率,進行了在結晶母液中補加氨水或同時加入氨水和氯化鎂的循環試驗,並進行了在合成堿式氯化鎂結晶過程中加入添加劑、晶種和表面活性劑試驗,研究對堿式氯化鎂晶須合成及性能的影響。
  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 process of growing ktp crystal of high quality and low conductivity was studied. it was pointed out that many factors such as the uniformity of temperature distribution in the furnace, the accuracy of temperature control, the quality and direction of seed crystal and the speed of temperature drop all had an important influence on the quality of ktp crystal

    研究了生長高光學質量、低電導率ktp晶體的工藝過程,指出晶體生長爐溫度場的均勻性、控溫精度、籽晶的質量和定向以及降溫速度的快慢對晶體的光學質量有著重要的影響。
  4. Shanghai asiahope trade co., ltd their subordinate of the ceramics factory, devoted to developing the modern ornament materials ; pursue natural art is combined with the new concept of the modern life, found and smelt the ceramic brick of crystal inferiorly, one layer of complete hand mades of surface crystal of the brick, after the high temperature is fired, the surface of the brick does not have regular crystal crackle to produce naturally, the products have more than more than ten seed colors, is suitable for hotels such places as the hall and top - grade bar, swimming pool, bathroom, entry wall, kitchen, sitting room background wall, etc., deep since smelting brands and appearing on the market inferiorly welcomed by the market

    上海遜豪貿易有限公司其下屬擁有自己亞冶陶瓷廠,致力於研製現代裝飾材料,追求自然藝術與現代生活新概念結合,所締造亞冶水晶陶瓷磚,磚的表面水晶層完全手工製作,經高溫燒制后,磚的表面產生自然無規則的水晶裂紋,產品有十幾余種顏色,適用於酒店大廳和高檔酒吧,游泳池、浴室、玄關墻、廚房、客廳背景墻等場所,亞冶品牌面市以來深受市場歡迎。
  5. The results of property test of dkdp crystal grown on a point seed show that laser damage threshold is about 5gw / cm2, ? half - wave voltage is about 4kv, extinction ratio is about 1600 : l. the obvious difference of dkdp crystals is not found between traditional technique and point seed growth technique

    性能測試結果表明,點狀籽晶全方位生長的dkdp晶體的激光損傷閾值約為5gw cm ~ 2 、半波電壓約為4kv 、動態消光比約為1600 : 1 ,發現與傳統方法生長晶體的性能沒有明顯的差別。
  6. The point seed growth techniques of high quality dkdp crystal in all directions have these features of fast growth rate, high utilization ratio and low growth cost

    點狀籽晶全方位生長dkdp晶體的方法具有生長速度快、晶體利用率高、生長成本低的特點。
  7. It is found that the diamond film grown on the si substrate with predeposited diamond crystal seed not only can get higher growth rate, but also can improve the emission properties of diamond film

    發現金剛石籽晶預沉積方法既可以有效地提高金剛石薄膜的生長速率,同時籽晶預沉積又可以在一定程度上改善金剛石薄膜的場發射性能。
  8. The emission properties of diamond films on predeposited diamond crystal seed substrate have been studied. the carbon nano tubes ( cnts ) cold cathodes have been formed by screen - printing process, and cnt - fed devices have been made especially. the main experimental results and conclusions presented in this thesis are summarized as follows

    本論文在回顧、分析了目前重要的平板顯示技術研究進展的基礎上,認為場發射顯示是能夠保留crt顯示質量,並使之平板化的重要的發射型平板顯示技術,也是crt產業進行產品更新換代的一種可能候選。
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