PLA fiber is a new environmental protection fiber, which can be biodegraded.
玉米纤维是一种可完全生物降解的新型环保纤维。
Influence of the structure of dyestuffs on dyeability of PLA fiber was compared with that on PET fibers.
通过试验，分析了染料结构对聚乳酸纤维染色性能的影响，并与分散染料染涤纶（PET）纤维进行了对比。
PLA fiber is of starch of lactic acid as raw materials, to complete natural circular, has the biodegradation of fiber.
纤维是以淀粉制得之乳酸为原料，属于完成自然循环型，具有生物降解性的纤维。
Due to PLA made of renewable resources and can be biodegraded, PLA fiber will be greatly used in textiles, medical and agriculture fields and have great future.
由于聚乳酸纤维采用了天然可再生的植物资源，使用后可自然降解，所以在纺织、医学、农业等领域都有广阔的发展前景。
The findings showed that the PET fiber has a more compact structure than that of PLA fiber, and the holes or cracks on the cross sections of PLA fiber may be observed under microscope.
结果表明，PET纤维具有比PLA纤维更致密的结构，有些PLA纤维横截面上的孔洞或裂缝用生物显微镜就能观察到。
The preparation and spinning process for PLA resin and the property of PLA fiber and PLA nonwovens were introduced in the paper. The application of PLA fiber on nonwoven sector was also presented.
介绍了聚乳酸树脂的制备及其纺丝成形工艺，聚乳酸纤维与其织造产品的特性，以及聚乳酸在非织造布领域的应用。
The carbon fiber-reinforced Polylactide (C/PLA) was prepared for bone fracture fixation, and the carbon fiber was treated by surface soakage with concentrated nitric acid.
制备了碳纤维增强聚乳酸（C/PLA）骨折内固定材料，对碳纤维进行了浓硝酸表面处理。
The carbon fiber-reinforced Polylactide (C/PLA) was prepared for bone fracture fixation, and the carbon fiber was treated by surface soakage with concentrated nitric acid.
制备了碳纤维增强聚乳酸（C/PLA）骨折内固定材料，对碳纤维进行了浓硝酸表面处理。
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