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  1. PAN基碳纤维毡的电热性能

    The Electro-thermal Feature of PAN-based Carbon Fiber Mat

  2. 静电纺PVA纳米纤维毡的力学性能

    Mechanical properties of electro-spun nanometer PVA fiber mat

  3. 结果表明:Pt/活性碳毡的催化性能优于Pd/Al2O3;

    The results show that the performance of carbon fiber supported Pt catalyst is superior to that of Pd / A ;

  4. 在一定的升温范围,PAN基碳纤维毡的稳定温升与输入功率成正比;

    The temperature increment is proportional to the inputted power in a certain temperature range . Pan-based carbon fiber mat has temperature sensibility .

  5. 聚醋酸乙烯酯/二氧化钛杂化纳米纤维毡的形貌及力学性能碳纳米纤维负载钐掺杂TiO2纳米颗粒的制备及光催化性能表征

    Morphology and Mechanical Property of PVAc / TiO_2 Hybrid Nanofiber Mats Preparation and Photocatalytic Performance of Carbon Nanofibers Supported by Sm Doped Titania

  6. 随着喷丝口与接收屏之间距离的增加,静电纺PVA纳米纤维毡的断裂伸长率和断裂强度先增加,然后迅速下降;

    The breaking elongation rate and breaking strength first increase , and then drop rapidly as the distance between the spinneret and the receiving screen increases ;

  7. PLLA-PEG聚合物纤维毡的体外细胞毒性评价及其对担载阿霉素的缓释作用

    Evaluation of the Biocompatibility of Degradable Material PLLA-PEG Polymer and the Control-release Behavial of the ADM-loaded Polymer in Vitro

  8. 实验结果表明,在反应温度为80℃,反应时间为1.5h的磺化反应条件下,不仅PPS非织毡的亲水性得到了显著的改善,同时还保留了较好的力学性能。

    The result shows that not only the hydrophilic property of PPS non-woven is excellently improved but also the original stretch intensity of PPS non-woven is well retained when the sulphuration temperature is 80 ℃ and time is 1.5 h.

  9. 玻纤长度和毡的结构对膨化影响显著,玻纤长度为18mm的短切毡膨化性能最佳;

    Both the length of the glass fiber and the structure of the mat had a distinct effect on lofting , and the experiment tested that the PP-GMT reinforced with 18 mm short chopped glass fiber had the best lofting behavior .

  10. 在气氛保护下,碳化硅的加热温度在20min内达到1700℃,碳化钨的烧结致密度达到96%以上,在90小时内,碳毡的密度可达1.70g/cm3。

    Silicon carbide was heated up to 1700 ℃ with the protection of nitrogen gas in 20 minutes ; the relative density of WC rise to 96 % ; the density of carbon felts rise to 1.70g / cm ~ 3 by microwave high-temperature heating vacuum system in 90 hours .

  11. 神经毡的结构较复杂,其中有许多有髓神经纤维的断面,无髓纤维较多,较细成束分布。

    There were many myelinated nerve fiber and unmyelinated nerve fibers .

  12. 炭毡的电镀及其在功能复合材料中的应用

    Electroplating of carbon fiber felt and its application in functional composites

  13. 含锆高铝耐火纤维毡的导热性能研究

    Research on thermal conductivity of zirconia-containing high alumina refractory fiber felt

  14. 大鼠中脑水管周围灰质腹外侧部神经毡的超微结构研究

    Ultrastructural study of the neuropil in ventrolateral PAG in the rat

  15. 三元乙丙超细纤维毡的制备及其处理油类污染物的机理研究

    Preparation of EPDM Ultrafine Fiber Mat and Oil Contaminants Cleanup Mechanisms

  16. 对所用阻燃剂的游离氨、汽车衬垫毡的阻燃性能及其他物理机械性能进行了测试。

    Its flame retardant performance and mechanical properties were also tested .

  17. 钒电池电极材料聚丙烯腈石墨毡的研究

    Studies on the electrode material PAN-graphite felt used in vanadium battery

  18. 我国连续玻璃纤维毡的应用与开发

    Application and development of continuous GF mat in our country

  19. 多层不锈钢纤维毡的过滤精度研究

    Investigation on the filtration rating of multilayer stainless steel fiber filter media

  20. 短切麻纤维无纺针刺毡的制备研究

    Study and preparation of stitched chopped non-woven natural fiber mat

  21. 黄麻/聚丙烯针刺毡的阻燃性能

    Flame retardant property of jute / polypropylene fiber needle felt

  22. 纳米级聚乙烯醇纤维毡的性能研究

    Research on the Properties of Polyvinyl Alcohol Nano-scale Fiber Mat

  23. 新型玻纤/P84复合针刺毡的开发及应用

    Development and Application of New Glass Fiber / P84 Compound Acanthous Felt

  24. 不锈钢纤维毡的孔径研究

    Study of the Pore Size of Stainless Steel Fibre Felt

  25. 吹起绣着沉默箴言的破挂毡的时候。

    And to shake the tattered arras woven with a silent motto .

  26. 秸秆纤维基植物栽培毡的性能研究

    Study on Properties of Straw Fiber Felt for Planting

  27. 参层玻璃纤维复合针刺毡的研究

    Research on multilayer fiberglass combination mat by needle bonding

  28. 演奏者用一个头部带皮毡的弹击乐锤敲击琴弦。

    Its strings were struck by a recoiling hammer with a felt-padded head .

  29. 高比表面积活性炭纤维毡的制备及性能表征

    Preparation and performance characterization of activated carbon fiber felt with high-specific surface area

  30. 这些参数包括注射压力和模腔/纤维毡的温度。

    The variables studied included injection pressure and mold / fiber mat temperature .