felts

英

美

网络  毛毡; 毡合

双语例句

• Research on Process of Carbon Felts Self heating Pyrolysis and Deposition
  碳毡自加热热解沉积致密化工艺初探
• It is better than conventional paper machine felts in dewatering characteristics, reduction in paper machine vibration, production cost and efficiency, thus having aroused an extensive interest worldwide.
  它在脱水性，纸机振动，使用寿命，生产成本和生产效率方面优于传统的造纸毛毯，由此而引起全世界广泛的兴趣。
• With the carbon fiber integrated felts used as preforms, two different types of carbon-carbon ( C/ C) composites, namely, rough laminar ( RL) structure materials and smooth laminar ( SL) structure materials were fabricated by thermal gradient CVI process.
  以炭纤维整体毡为预制体，采用热梯度CVI工艺制备了两种不同结构基体炭的C/C材料，即RL结构和SL结构材料。
• C/ C composites with higher interfacial strength can be obtained by using needle-punched felts from oxidized PAN fiber.
  采用PANOF作为纤维材料制毡，可以得到界面强度较高的炭／炭复合材料。
• And the test system was used to test the heat exchanger which adopts porous copper fiber sintered felts which were different type or having different structure, or different types of heat transfer plate.
  利用测试系统，测试了采用不同类型和不同结构参数的多孔铜纤维烧结毡、不同分布腔结构换热腔板的换热器的性能。
• It was introduced that some felts of high quality made by Golden Bear Company for many imported paper machines and homemade ones in this paper.
  为适应我国造纸工业的迅速发展，金熊公司在这几年中为国产和进口造纸机提供了价廉质优的造纸毛毯。
• The adsorption properties, wetting ability and electrochemical impedance spectrum properties of graphite felts in vanadium electrolyte were investigated. The results show that adsorption property and wet-ting ability were increased with increasing the extent of oxidation.
  研究了不同氧化程度下的石墨毡在钒溶液中的吸附性、润湿性及其交流阻抗图谱（EIS），结果发现随着氧化程度增加，吸附性和润湿性增强；
• The Influence of Capillarity in Porous Fiber Felts on Evaporation
  非织造纤维类多孔介质的毛细作用对蒸发的影响
• Fiber/ sulfonated SBS composite membranes were made by way of integrating S-SBS with the glass fiber felts, just in connection with the problems of the brittleness and poor strength of S-SBS membranes.
  针对S-SBS膜强度较低和干膜较脆的问题，通过复合玻璃纤维毡制备了纤维复合磺化SBS膜。
• Objective To observe the differences of histological compatibility among the polyester felts which were embedded in muscle, fat and tissue under the skin.
  目的观察涤纶毡片植入肌肉、脂肪、皮下组织后的组织相容性差异。