| 1. | Reel off the raw silk fiber from the cocoons
把丝从蚕茧中抽出来。 |
| 2. | Preparation of bioactive ceramic fiber by using silk fiber as usher
以蚕丝纤维为前驱体的生物活性陶瓷纤维的制备 |
| 3. | Effects of heat treatment on structure and properties of b . mori silk fibers
热处理对桑蚕丝纤维结构与性能的影响 |
| 4. | The properties of silk fibers and relevant silk protein materials are highly related to the secondary structure , i . e . the conformation of silk protein itself
动物丝纤维和相关丝蛋白材料的性能与丝蛋白本身的二级结构即构象密切相关。 |
| 5. | The properties of silk fibers and relevant silk protein materials are highly related to the secondary structure , i . e . the conformation of silk protein itself
摘要动物丝纤维和相关丝蛋白材料的性能与丝蛋白本身的二级结构即构象密切相关。 |
| 6. | The results showed that na , mg , k , ca , cu , zn , fe and mn were found in both silk gland and silk fiber , while rb and sr were also possibly contained
结果表明，在桑蚕丝腺体和丝纤维中含有钠、镁、钾、钙、铜、锌、铁、锰八种金属元素，同时还可能含有微量的铷和锶。 |
| 7. | The contents of metal elements in silk gland and silk fiber of b . mori silkworm have been detailedly analyzed by proton induced x - ray emission ( pixe ) , inductively coupled plasma mass spectroscopy ( icp - ms ) and atomic adsorption spectroscopy ( aas )
摘要用不同的测试方法，即质子诱导x射线发射( pixe ) 、电感耦合等离子体质谱( icp - ms )和原子吸收光谱( aas )对桑蚕丝腺体和丝纤维中金属元素的含量进行了详细的表征。 |
| 8. | This paper briefly introduces the application of metal ions in the area of silk and textile industry , such as modification of silk fiber , development of the functional fiber with antibacterial or deodorant properties , fiber ' s weighting and dyeing , flame retardancy finishing and electromagnetic radiation shield finishing , and so on
摘要综述了金属离子在丝绸纺织领域的应用情况，对蚕丝纤维的改性处理，抗菌消臭功能纤维的开发，纤维增重、染色，阻燃整理及防电磁波辐射整理等进行了详细分析。 |
| 9. | The contents of these elements varied from silk gland to different kinds of silk fibers ( i . e . cocoon silk , forced - drawn silk and degummed silk ) , and the changes of element content might correspond to the effect of these metal elements on the spinning process ( conformation transition of silk fibroin ) of b . mori silkworm
这些金属元素在丝腺体和各种丝纤维（蚕茧丝、强拉丝和脱胶丝）中的含量都有所变化，而这些变化可能与之在成丝过程（丝蛋白的构象转变过程）中所起的作用有关。 |
