牦牛绒

  • 网络yak wool;yak;YAK HAIR
牦牛绒牦牛绒
  1. 牦牛绒染色工艺探讨

    Discussion of the technique of dyeing yak wool

  2. PVA纤维伴纺牦牛绒纺纱工艺研究及产品开发

    Spinning technology study and product development of yak hair with PVA fiber

  3. 脱色驼绒的理化性能研究采用Fe2+作催化剂对紫山羊绒、驼绒、卡拉库尔羊毛、牦牛绒进行催化氧化脱色。

    Study on chemical-physical properties and decolour process of fleece-line In the catalytic oxidation of pigment removal of natural colored animal fibers , Fe 2 + was used as the catalyst .

  4. 牦牛绒脱色前后理化性能研究

    Study on Chemical-Physical Properties of Raw and Decolorant Yak Fine Hair

  5. 清洗对牦牛绒选择性漂白质量的影响

    Effect of rinsing on quality of selective bleaching of yak hair

  6. 杂交牦牛绒物理机械性能研究

    Study of physical and mechanical performance of hybridized yak fluff

  7. 偏光显微镜双光谱法探索牦牛绒漂白工艺

    Investigation of Bleaching Yak Hair by Bi-spectra Polarization Microscope

  8. 用棉纺环锭纺设备开发牦牛绒纱线的工艺探讨

    Technological discussion on development of yak cashmere yarn on cotton ring spinning frame

  9. 牦牛绒漂白工艺条件的优化

    Optimizing the Process Conditions of the Bleaching of Yak

  10. 研究牦牛绒中黑色素的物理和化学性能;

    Physical and chemical properties of melanin in fine yak hair were investigated .

  11. 蛋白酶和盐酸分离牦牛绒中黑色素的研究

    Study on Melanin Separation from Fine Yak Hair by Protease and Hydrochloric Acid

  12. 牦牛绒的各项性能分析

    Analysis of Properties of Yak Cashmere

  13. 牦牛绒织物仿羊绒织物风格整理的研究

    Research on Finishing of Yak Fine Hair Kitted Fabric Style Made to Imitated Cashmere Kitted Fabric Style

  14. 采用木瓜蛋白酶、盐酸搅拌和盐酸静置的方法,从牦牛绒中分离出黑色素。

    In this paper , melanin was separated from fine yak hair by papain and hydrochloric acid with agitating and standing methods .

  15. 应用毡缩球法研究了羊毛、马海毛、兔绒、山羊绒、绵羊绒和牦牛绒的毡缩性能。

    The milling property of wool , mohair , rabbit hair , cashmere , sheep cashmere and yak hair was examined by using milling ball test method .

  16. 采用FAST-系统测试技术,对催化漂白后牦牛绒针织物的手感等质量指标进行了测定,并通过氨基酸分析及扫描电镜分析,探讨了造成针织物手感变差的原因及可能解决的途径。

    In this paper the hand properties and another quality marks of catalytic bleached yak knitted fabric were measured with FAST-system , the reason of the damage to hand properties and the possible improvement were also discussed through the analysis of amino acid and the observation of scanning electron microscope .