microcapsules 中文意思是什麼

microcapsules 解釋
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  1. Preparation of rotenone microcapsules by in - situ polymerization

    原位聚合法制備魚藤酮微膠囊
  2. Study on the stability of urea - formaldehyde microcapsules

    脲醛樹脂微膠囊穩定性研究
  3. Preparation of ve microcapsules and its controlled release characteristics

    微膠囊的制備及其控制釋放性能研究
  4. Characterization of molecular - recognition controlled - release from microcapsules through pores with linear - grafted poly nipam - co - bcam chains

    膜孔中有線形接枝鏈的微囊的分子識別型控制釋放特性研究
  5. The experiment study of fracture mechanics on self - healing composite material containing microcapsules

    微膠囊自修復復合材料斷裂力學實驗研究
  6. Preparation process of abamectin microcapsules

    阿維菌素微膠囊制備工藝的研究
  7. All three products can be used to encapsulate microorganism and cells grew well in different microcapsules prepared in three nacss. in the second pard of this paper, we studied nacs - pdmdaac microcapsule to culture bacillus subtilis which can produce nattokinase

    通過對不同規模下制得的硫酸纖維素鈉產品在理化性質、制備微膠囊及在微囊化培養等方面對比較，表明研製過程有利於合成出高質量的硫酸纖維素鈉，用於制備微膠囊。
  8. Study on the polymer materials of biopesticides microcapsules

    生物農藥微膠囊壁材料研究
  9. Study on the biopesticides microcapsules

    生物農藥微膠囊制備研究
  10. 7. sodium chloride has slight effect on the heat of micropcm phase transition, but it easily leads microcapsules to stick together. for the microcapsules feeding more than 6 % sodium chloride in the emulsion, their super - cooling can be prevented availably ; however, their mechanical intensity and their thermal stabilities turn worse and they cohere each other

    7 、 nacl對微膠囊的相變熱影響較小，但容易造成微膠囊粘結；乳液中的naci濃度超過為6 %合成的微膠囊的過冷現象得到明顯改善，然而，膠囊的機械強度與耐熱性能均下降，微膠囊之間發生粘結。
  11. Relation between the limiting viscosity number of urea - formaldehyde prepolymer and the blue electronic ink microcapsules

    預聚體特性粘數與電子墨水微膠囊性能的關系
  12. The development of the pesticide microcapsules

    農藥微膠囊劑簡述
  13. 8. 1 - octadecanol also affects slightly the heat of micropcm phase transition, but it easily induces microcapsules with mf resin as the shell to occur conglomeration. for the microcapsules with about 9 % 1 - octadecanol in the core, their super - cooling can al

    11 、加有環己烷的相變材料膠囊可以進行高溫熱處理，熱處理溫度應控制在160 ~ 180之間，熱處理時間為30 ~ 60min為宜，此時，膠囊產生預留膨脹空間，囊壁發生交聯。
  14. Double - shell heat energy storage microcapsule was prepared used the prosperities of microcapsules were investigated. a phase change material as core, which melt point was 24 c and phase transition heat was 225. 5j / g. the microcapsules would been used in indoor wall to regulate the temperature and saving energy sources. the surface morphological structure was examined by means of scanning electron microscopy

    其中當乳化速度為2500r min 、乳化時間大於5min 、壁材滴加速度小於0 . 5ml ? min ~ （ - 1 ）且系統調節劑為芯材的30 40時微膠囊的粒徑分佈集中； dsc顯示微膠囊包覆相變材料不影響其相變點，相變儲熱明顯。
  15. This paper summarized the main function and advantages of technology of microcapsules, emphasized on microcapsules mechanism of color change and temperature control

    摘要論述了微膠囊化的主要目的與優勢，著重介紹了變色微膠囊可逆變色機理，相變微膠囊的控溫及冷卻作用機制。
  16. Preparation methods and applications of microcapsules

    微囊化制備技術在農業中的應用
  17. Released microcapsules in a twinkling under temperature controlling

    溫度控制瞬間釋放微膠囊
  18. Study on polyurethane fragrant microcapsules

    聚氨酯芳香微膠囊的研究
  19. Preparation condition of associated bifidobacterium microcapsules

    雙歧聯菌株微膠囊的制備條件
  20. The objective of this study was to synthesize microcapsules containing a composite phase change materials for application in indoor wall controlling temperature, which would save energy and make comfort indoors. three microcapsulation methods have been applied to preparation micropcms

    採用復合凝聚法，以明膠-阿拉伯樹膠為壁材，在水相體系中通過控制ph值和物料比，制得相變儲熱微膠囊。
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