甲壳胺的英文

• chitosan

• "甲壳"英文翻译    crust
• "胺"英文翻译    amine
• "甲壳" 英文翻译 :    crust◇甲壳动物 crustacean; 甲壳动物学 crustaceollogy; carcinology; 甲壳动物学家 carcinologist
• "甲壳质 甲壳质" 英文翻译 :    chitin
• "甲壳, 龟壳" 英文翻译 :    carapax
• "甲壳；介壳" 英文翻译 :    armour
• "甲壳虫" 英文翻译 :    ezmax; insect dung beetle bug; the beatles; the new beetle
• "甲壳的" 英文翻译 :    conchal
• "甲壳纲" 英文翻译 :    class crustacea; crustacean
• "甲壳类" 英文翻译 :    crustaceacrustacean; crustaceans; curstaceans; shellfish
• "甲壳酶" 英文翻译 :    chitinase
• "甲壳属" 英文翻译 :    chitinolepis
• "甲壳素" 英文翻译 :    chitin; chitosan; cmch
• "甲壳糖" 英文翻译 :    chitose
• "甲壳质" 英文翻译 :    chitin; chitosan; ga-1
• "壳甲壳" 英文翻译 :    testa
• "大众甲壳虫" 英文翻译 :    volkswagen beetle
• "淡水甲壳" 英文翻译 :    fresh water crustacea
• "雕刻甲壳" 英文翻译 :    engraved plating
• "疯狂甲壳虫" 英文翻译 :    beetle crazy cup
• "浮游甲壳类" 英文翻译 :    plankton crustacea
• "关节甲壳类" 英文翻译 :    arthrostraca
• "和“甲壳虫”" 英文翻译 :    the beatles
• "欢乐甲壳虫" 英文翻译 :    beetle crazy cup
• "甲壳虫芭比" 英文翻译 :    beetle barbie

• Hitooligosaccharide is water soluble chitosan . its chemical name is : 2 - mino -
  又称可溶性甲壳质甲壳胺几丁聚糖等，化学名为
• By acetylating the chitosan fibers , chitin fibers can be made through a batch process
  在甲壳胺纤维上加上乙酰基后要以得到再生甲壳素纤维。
• This paper summarized some of the typical functional modifications for chitosan fibers that had been developed in recent years
  介绍了近年来开发的几种典型的功能性改性甲壳胺纤维。
• Chitosan fibers had in recent years found applications various niche end uses such as antimicrobial textiles and wound dressings
  摘要近年来甲壳胺纤维在抗菌纺织品、医用敷料等产品中得到广泛的应用。
• The influence of reaction time , reaction temperature and acetic anhydride volume on the degree of acetylation is discussed
  介绍了在用乙酸酐处理甲壳胺纤维制备再生甲壳素纤维过程中，反应温度、乙酰酐用量对乙酰化的影响。
• In these applications , chitosan was used for its natural antimicrobial propertied and its ability to provide a moist environment and to accelerate wound healing
  这些产品利用了甲壳胺纤维的广谱抗菌性能，以及它的吸湿性和促进伤口愈合的性能。
• Alginate and chitosan can be made into fibers through the wet spinning process and further converted into nonwoven , woven , and knitted fabrics that find use in medical area
  摘要海藻酸和甲壳胺通过湿法纺丝，可以加工成纤维，并可以加工成非织造布、机织物、针织物等材料，应用于医用卫生材料的生产。
• After de - acetylating chitin , chitosan can be easily dissolved in a dilute acetic acid solution , and chitosan fibers can be made by extruding the solution into a dilute alkali solution
  甲壳素脱乙酰基后得到的甲壳胺可以很方便地溶解在稀醋酸水溶液中，经喷丝孔挤出后用稀碱中和沉淀即可得到甲壳胺纤维。
• The chemical structures of alginate and chitosan were analyzed , and a comparative study was conducted of the absorbability , metal ion binding ability and antimicrobial property of alginate and chitosan fibers
  分析了海藻酸和甲壳胺的化学结构，对其吸附性能、结合重金属离子的能力以及抗菌性能作了比较。
• Through experiment and analyzing the changes of the thickness , rigidity , tensile strength and the opening rate of the conduits caused by the different kinds of coating material , the thickness of the coating and the different braiding structures , we investigate the physical and mechanical , properties of the braided conduits . the results show : the chitosan is easy to form the film structure on the surface of the conduits increasing the conduits ' rigidity clearly ; the rigidity and opening rate of the braided structure with inserted reinforcing yarn are better than the others , this will prevent the conduits collapsing and distorting effectively in the practical uses , so we select conduits of this structure for animal experiment
  在导管的物理机械性能研究方面，本课题通过涂层剂的种类( pgla丙酮溶液和甲壳胺浆液) 、涂层剂的厚度、导管的编织结构三个方面分析它们对导管的厚度、硬挺度、拉伸强力和孔隙率等性能的影响。测试结果显示：甲壳胺涂层易于在导管表面成膜，对导管的硬挺度有明显提高，涂层效果较好；加筋结构神经导管在硬挺度和孔隙率方面优于其它导管，能有效防止导管在实际应用中的塌陷变形。