人工气管的英文

• artificial trachea

• "人工"英文翻译    artificial manual work; work ...
• "气管"英文翻译    air tube; windpipe; trachea; ...
• "人工气管置换术" 英文翻译 :    replacement of artificial trachea; replacement of tracheal prosthesis
• "人工气道" 英文翻译 :    artificial airway
• "人工气顶" 英文翻译 :    artificial gas cap
• "人工气氛" 英文翻译 :    artificial atmospher
• "人工气腹" 英文翻译 :    apartificial pneumoperitoneum; app; artificial pneumoperitoneum
• "人工气腹器" 英文翻译 :    instrument for establishing the pneumoperitoneum
• "人工气腹术" 英文翻译 :    artificial pneumoperitoneum
• "人工气候" 英文翻译 :    artificial atmosphere; artificial climate chamber
• "人工气候室" 英文翻译 :    artificial atmospheric phenomena simulator; artificial climate chamber; climatic chamber; climatic laboratory; climatron; controlled environment chamber; environmental control chamber; phytotron; psychrometric room
• "人工气候箱" 英文翻译 :    pqx-318d; rxz-300b
• "人工气脑器" 英文翻译 :    instrument for establishing the pneumothorax
• "人工气脑术" 英文翻译 :    pneumocephalon artificiale
• "人工气象室" 英文翻译 :    air conditioning room; climate room
• "人工气胸" 英文翻译 :    apt artificial pneumothorax; induced pneumothorax piezotherapy; piezotherapy
• "人工气胸器" 英文翻译 :    artificial pneumothorax apparatus
• "人工气胸术" 英文翻译 :    apt; artificial pneumothorax
• "人工气胸仪" 英文翻译 :    eumothorax a aratus; pneumothorax apparatus
• "人工气胸针" 英文翻译 :    artificial pneumothorax needle
• "人工气候机库" 英文翻译 :    all-weather hangar; climatic hangar
• "人工气候老化" 英文翻译 :    artificial weathering
• "人工气胸疗法" 英文翻译 :    piezotherapy
• "在人工气候室" 英文翻译 :    in the controlled environment chamber
• "人工气侯试验室" 英文翻译 :    climatic test chamber

• Effect of surface treatment of plant fiber on mechanical properties of fiber composite
  新型针织结构复合材料人工气管的开发及其力学性能实验研究
• Secondly , based on the ideal characters of artificial trachea , three types of tubular fabric were designed as the stent : woven tubular fabric ; plating knitted tubular fabric and completely degradable knitted tubular fabric which is made of pgla only
  其次根据人工气管的理想性能特征设计了三种用作支架的管道织物：机织组织管道织物、针织添纱组织管道织物和仅采用聚乙丙交酯编织的可完全降解的针织纬平针管道织物。
• In view of the influence of coating procedure , preferable concentration of the coating solution was selected by evaluating the different coating effect , and it was adopted in the production process of the artificial tracheal samples
  考虑到涂层工艺对人工气管性能的影响，在试样制备前本课题预先考察了不同浓度涂层剂溶液的涂层效果，并以此为依据选择了效果较佳的涂层工艺用于人工气管试样的制备，保证了试样的可比性。
• The objective of this project is to properly integrate the two kinds of different materials above to develop a new type of biologic composites artificial trachea , whose basic framework is textile fabric with sequential coating of bioactive materials , and to obtain the proper fabrication technology based on the results of experiments
  本课题的研究工作旨在研制开发出以纺织物为支架、生物活性材料为涂层的新型生物复合材料人工气管，希望能够将这两类不同特性材料进行有机组合从而产生综合两者优异性能的复合体，同时通过对其各项性能的测试和分析来获得较佳的制造工艺。
• Tracheal resection and reconstruction should be performed sometimes due to trauma or tumors , and tracheal prosthesis is preferred especially when the reconstruction of tracheal defects is more than 50mm . although the research of biocompatible tissue - engineered trachea is still in its initial stages , the perfect integration and development of polymeric sciences and life sciences provide necessary substitutes for tracheal prosthesis . polymeric biomaterials comprise mainly synthetic and natural materials
  虽然在目前国际上对于气管替代物的研究中，具有良好生物性能的组织工程化人工气管的研究仍处于起步阶段，但是高分子材料科学和生命科学的完美结合为这种人工气管的研制提供了必要的替代材料，也为临床医学的发展开辟了新的途径，注入了新的活力。
• Then mechanical experiments were carried out to measure the longitudinal tensile strength and radial supportive strength . based on the testing results , the different deformation functions of the tubular fabric were obtained and we conclude that the strength indexes vary directly as the material diameter and the arrangement of the pp and pgla has a prominent influence to the radial supportive strength of the woven artificial trachea . in addition , the degradation property of the tracheal prosthesis was investigated and this provides another important foundation for the fabrication technology of the artificial trachea
  在试验测试部分，本课题对试样的拉伸性能和径向强度进行了测定，根据试验的结果深入研究了每种管道织物在测试过程中的不同变形作用，也得到了不同的编织工艺参数对人工气管力学性能的不同影响:原料的细度的变粗可增大人工气管各力学强度指标;机织组织管道织物中两种原料的排列方式对人工气管的拉伸性能并无明显影响而对其径向强度影响显著，其中以“ 1隔1 ”和“ 3隔3 ”的排列方式较佳。
• Firstly , after a great deal of investigation and research , the author chose polypropylene ( pp ) and poly ( glycolide - lactide ) ( pgla ) as the tubular fabric material and the acetic acid solution of chitosan as the coating material . polypropylene display superior biomechanical properties while the pgla fiber is characteristic of controllable biodegradability , and chitin integrate the excellent biological properties of both collagen and cellulose
  本文首先选定了人工气管支架织物的编织原料为具有生物学惰性及良好力学性能的医用丙纶和具有优良生物性能的聚乙丙交酯；由于甲壳素兼具高等动物组织中的胶原和植物纤维中纤维素两者的优异生物特性，所以在本课题中采用的人工气管涂层材料为壳聚糖乙酸溶液。