gelation 中文意思是什麼

gelation 解釋
n. 名詞 1. 凍結，凝結。
2. 凝膠化（作用），膠凝（作用）。

  1. When an aqueous solution of the protein gelation is cooled, a polyer gel is formed.

    蛋白質明膠水溶液冷卻時形成聚合體凝膠。
  2. Determination of gelation time of epoxide resins

    環氧樹脂凝膠時間測定方法
  3. Gelation time refers to the interval of time between the addition of the last ingredient and the completion of the gelling.

    膠凝時間，是指加入最後成分到膠凝完畢所需時間。
  4. Rheological and gelation properties of pvc paste filled with nanometer caco

    糊的流變及凝膠化性能
  5. Study on gelation character of pvc with high degree of polymerization

    高聚合度聚氯乙烯凝膠特性的研究
  6. Methods of test for adhesives - determination of gelation time

    粘合劑試驗方法.第b5部分:膠凝時間的測定
  7. Studies on the mechanism of combined gelation formation of myosin and - carrageenan

    卡拉膠混合膠凝機理的研究
  8. Methods of testing plastics - other properties - determination of gelation time of phenolic resins

    塑料的試驗方法.其他特性.酚醛樹脂膠凝時間的測定
  9. Methods of testing plastics - other properties - determination of gelation time of polyester resins manual method

    塑料的試驗方法.其他特性.聚酯樹脂膠凝時間的測定
  10. Their gelation points were predicted and esca was used to detect the reaction variable of the polycondensations

    對其凝膠點進行預測並用能譜分析監測縮聚反應進行的程度。
  11. The main characteristics of maltodextrin include stability, hygroscopicity, viscosity, turbidity and gelation behaviour as well

    摘要麥芽糊精的主要性質包括麥芽糊精的穩定性、吸濕性、黏度、渾濁度和凝膠特性等。
  12. A new processing method, gelation - flow - casting, specialized for the molding of polyvinyl fluorite ( pvf ) films, is introduced in this paper

    摘要介紹了一種適合聚氟乙烯薄膜生產製造的新工藝凝膠擠出流延法。
  13. By the use of gelation - flow - casting method, the troubles caused by the structural characteristics of pvf resins were resolved, and the produced films met a bright foreground of application with super properties such as uv resistance, mechanical strength and light transmittance

    該工藝克服了聚氟乙烯自身結構特性給成型帶來的困難，得到的薄膜產品具有耐候性強、強度高、透光率大等優點，並有很好的應用前景。
  14. Methods of testing plastics - other properties - determination of gelation time of thermosetting resins using a hot plate

    塑料試驗方法.第8部分:其他性能.試驗方法835d :用熱板測定熱固性樹脂膠凝時間
  15. The influence of different technological conditions including ph. mass ratio of gelation, the time of gelation, as well as the hardening time on yields of microcapsulation the efficiency of encapsulation were studied respectively. the microencapsulation condition were also optimized

    採用光學顯微鏡、 tem 、 sem 、激光粒度分析儀研究了微膠囊的表面形態、包覆效果和粒徑分佈；採用tg和dsc研究了微膠囊的熱穩定性和儲熱調溫效果。
  16. The polystyrene particles with 2. 8 micrometer mean diameter were prepared by dispersion polymerization and hollow porous micro - sphere were prepared by extraction after seeding emulsion polymerization. particles with multi - hollow structure were obtained and characterized by sem, additionally the mechanism and factor about formation of porous structure were also discussed. to prepare the biodegradable nano - particles, reversed - phase micro - emulsion and ionotropic gelation methods were used

    利用分散聚合法制得了粒徑約為3 m的聚苯乙烯種子微球，再通過溶脹、交聯、種子乳液聚合及萃取處理，最後得到中空多孔的聚合微球，並討論了其成孔機理和各博士論文功能型復合超微粒子的制備研究因素的影響。
  17. Methods of testing plastics - other properties - determination of gelation time of polyester and epoxide resins using a gel timer

    塑料試驗方法.第8部分:其他性能.試驗方法835c :用凝膠體計時計測定聚酯樹脂和環氧樹脂膠凝時間
  18. After dry gelation is calcined at 400, nanometer powder with low sintering temperature and great performance can be successfully prepared

    將干凝膠在400預燒就可以獲得性能優良的納米粉。
  19. Results show that some primary factors affect sol - gel transition, gelation formation and quality. these factors include the temperature of solation formation and sol - gel transition, drying time

    對溶膠-凝膠法的研究發現：溶膠形成溫度、凝膠干化溫度及干化時間等都是影響干凝膠質量的主要因素。
  20. First, the low profile performance of up / lpa / styrene system is governed by two critical steps : the phase separation and the microvoid formation. second, the cure of the low profile unsaturated polyester resin can be divided into four periods : induction, phase separation ( including spinodal decomposition and coalescence and growth ), gelation and microvoid formation

    指出:相分離以及微孔的形成是決定up田l隊/苯乙烯三相系統低收縮性能的關鍵，低輪廓不飽和聚醋樹脂的固化可以分成四個階段:引發、相分離（包含兩種類型:旋竹線分離以及合井與長大） 、凝膠和微孔形成。
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