The process in order to render it water-repellent the fibers, in particular, the wool fibers

• 1. 一种具有水下超疏油和油下亲水性的乳液分离功能纤维的制备和应用 [P] . 中国专利： CN112095337B . 2021.06.08
• 2. 一种具有水下超疏油和油下亲水性的乳液分离功能纤维的制备和应用 [P] . 中国专利： CN112095337A . 2020-12-18
• 3. A method making it possible to render it water-repellent of the cellulose fibers compounds used in this process and processes for the manufacture of these compounds. [P] . 法国专利： FR913424A . 1946-09-10

  机译： 一种使该方法中使用的纤维素纤维化合物以及这些化合物的制造方法具有疏水性的方法。

• 4. Products of the fibers making it possible to render it water-repellent and a process for their preparation. [P] . 法国专利： FR918396A . 1947-02-06

  机译： 可以使其具有疏水性的纤维产品及其制备方法。

• 5. A method making it possible to render it water-repellent of the cellulose fibers compounds used in this process and modes of production of these compounds. [P] . 法国专利： FR895775A . 1945-02-02

  机译： 一种使该方法中使用的纤维素纤维化合物具有疏水性的方法以及这些化合物的生产方式。

• 1. Influence of Fiber Properties and Processing Parameters on Properties of Highloft Nonwoven Bonded by Bicomponent Polyester Fibers [J] . Ren Jie(任杰), Gu Shuying(顾书英), Hans Schreiber 东华大学学报（英文版） . 2001,第004期
• 2. Comparison of Structures and Properties between Wool and Ramie Fibers Treated by Atmospheric Pressure Ar and Ar/O2 Plasma [J] . WANG Yue-ping, XU Xiang-yu, WANG Shou-guo, 东华大学学报（英文版） . 2009,第002期
• 3. Investigating the Microstructure of Slenderized Wool Fibers at Different Stretching Ratios by Raman Spectroscopy [J] . LIU Hong-ling, YU Wei-dong, ZHANG Yue-ting 东华大学学报（英文版） . 2005,第001期
• 4. Structures and Properties of Composite Yarns of Filaments and Wool Staple Fibers [J] . 吴雄英, 王府梅, 王善元 东华大学学报：英文版 . 1999,第002期
• 5. A New Measuring Method of Wool Fiber Diameter Based on Image Processing [C] . Zhongmin Deng, Wei Ke International conference on signal processing systems;ICSPS 2010 . 2010
• 6. The effect of descaling process on the properties of wool fibers. [D] . Chi-Wai, Kan. 1999
• 7. Beneficial and detrimental effects of processed dietary fibers on intestinal and liver health: health benefits of refined dietary fibers need to be redefined! [O] . Vishal Singh, Matam Vijay-Kumar 2020
• 8. Morphological Analysis of Shrinkproof Wool Fibers by SEM Combined with Alkaline and Enzymatic Etching Techniques: Microstructural Differences of DCCA- and Kroy-Processed Fibers [O] . Michiko Okada, Yoshiharu Kimura, Kyohei Joko 2010
• 9. Correlation: Textile and Apparel Categories with the Harmonized Tariff Scheduleof the United States. Cotton, Wool, Man-Made Fibers, Silk Blends, Other Vegetable Fibers, 1992 [R] . 1992

• 1. Histological Characteristics of the Skin and Cuticle of the Wool Fibers in Dubska Pramenka and the Use in Industry [J] . Nadzida Mlaco1 ,Ervin Bucan2 ,Amela Katica1 . 环境科学与工程：A . 2017,第010期
• 2. 利用纤维拉伸曲线研究羊毛细化过程中微观结构的转变 [C] . 刘洪玲 ,于伟东 ,章悦庭 . 2004高性能纤维研发与应用技术研讨会 . 2004
• 3. 亚临界萃取羊毛脂技术及其对羊毛纤维性状的影响 [A] . 陈妙源 . 2015