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废旧纤维
相关语句
  waste fiber
     The paper studies the formation of thermoplastic fiber compound plates by using the waste fiber (cotton > polyester and polypropylene fiber), the traditional textile machines and the hot processing equipment, and the relation between their properties and processing parameters.
     本文利用废旧纤维、传统的纺织设备和热压设备,研究了热塑性聚酯、棉纤维/聚丙烯纤维复合板材的生产工艺和工艺参数与纤维复合板材性能之间的关系。
短句来源
     The paper studies the formation of thermoplastic fiber compound plates and the relation between their properties and processing parameters, and the non-flame property of the plates by using the waste fiber(cotton?polyester and polypropylene fiber), the traditional textile machines and the hot processing equipment. Also, the shaping temperature, time, pressure and other technological parameters have effects on the mechanics property of the fiber compound plates.
     利用废旧纤维和传统的纺织设备、热压设备 ,研究了热塑性聚酯纤维、棉纤维 /聚丙烯纤维复合板材的生产工艺以及工艺参数和纤维复合板材性能之间的关系 ,具体探讨了成型温度、时间、压力等工艺参数对复合板材的力学性能的影响 .
短句来源
     The paper studies the formation of composite plates made by using the waste fiber (polyester and polypropylene fiber), the traditional textile machines and hot processing equipment, and the influences of processing parameters such as shaping temperature, time, pressure and the polypropylene content on the mechanical property of composite plates.
     利用废旧纤维、传统纺织和热压设备 ,研究了废旧聚酯 /聚丙烯纤维复合板材的成型工艺 ,探讨了成型温度、时间、压力等工艺参数和聚丙烯纤维质量分数对复合板材力学性能的影响。
短句来源
     Furthermore, the relationship between shaping technique, the waste fiber, powder adhesive and laminated material of vehicle interior decorative material is discussed in detail and the possible development system of powder adhesive is also put forward.
     从汽车内装饰材料生产成型技术、废旧纤维、粉末粘合剂以及其与层压材料的关系等几个方面进行了详细叙述,并展望了可能开发的粉末粘合剂体系。
短句来源
  recycled textile fiber
     Optimization of Forming Process of Composite Plate Made by the Recycled Textile Fiber
     废旧纤维板材成型工艺的优化
短句来源
  “废旧纤维”译为未确定词的双语例句
     The results show that the best shaping condition is 40% content of the polypropylene, 200℃ and 4 min with 10 MPa shaping pressure. The recycled fiber composite plate manufactured under condition has the optimum mechanical property, its tension strength is 51 MPa and bending strength is 65.4 MPa.
     得出废旧纤维板材最佳成型条件为 :聚丙烯纤维质量分数为 40 %、成型温度 2 0 0℃、成型时间 4min、成型压力 10MPa ,此时制备的纤维复合板材力学性能最佳 ,其拉伸强度为 5 1MPa ,弯曲强度为 65 .4MPa。
短句来源
  相似匹配句对
     Optimization of Forming Process of Composite Plate Made by the Recycled Textile Fiber
     废旧纤维板材成型工艺的优化
短句来源
     Special Style Fibres
     特殊风格纤维
短句来源
     STUDY ON WASTE POLYETHYLENE/SECONDARY FIBER COMPOSITE
     废旧聚乙烯/二次纤维复合材料研究
短句来源
     ACTIVATED CARBON FIBER
     活性炭纤维
短句来源
     Reuse of Waste Plastics
     废旧塑料的回收利用
短句来源
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  waste fiber
The potential in bioethanol production from waste fiber sludges in pulp mill-based biorefineries
      
Acceleration of ethanol production from paper mill waste fiber by supplementation with beta-glucosidase.
      
Only the actual fiber portion was included for calculating fiber volume fractions for Type II waste fiber reinforced concrete.
      
This term is defined to mean the waste fiber generated in the newsprint and paper recycling operations exclusive of initial pulping rejects.
      
This collection is referred to as Type I waste fiber and had a typical length range between 12 to 25 mm.
      


Pad non-woven are generally made from low grade textile materials, such as the apparelwastes and ill wastes. This paper is a research for the heat transmission and sound absorp-tion properties of padding on-wovens as well as its dry and wet tenacity. It was found thatthe heat transmission coefficient of adding on-wovens is linear to the average temperature,of the testing sample The relationship of sound absorption oefficient and sound frequencywas also studied. It is suggested that this kind of padding non-wovens...

Pad non-woven are generally made from low grade textile materials, such as the apparelwastes and ill wastes. This paper is a research for the heat transmission and sound absorp-tion properties of padding on-wovens as well as its dry and wet tenacity. It was found thatthe heat transmission coefficient of adding on-wovens is linear to the average temperature,of the testing sample The relationship of sound absorption oefficient and sound frequencywas also studied. It is suggested that this kind of padding non-wovens is uitable for serving as heat-retention and sound absorption materials in automible, furniture and shoes.

垫絮类非织造布一般采用服装下脚等低级纺织原料制成,本文研究测试了该种布的导热和吸声性能以及其干、湿强力。找到了导热系数与试样平均温度的线性关系和试样对不同频率的噪声的吸声系数,指出利用废旧纤维制成的垫絮类非织造布用于汽车、家具、制鞋等作为保温、吸声材料能变废为宝。

The paper studies the formation of thermoplastic fiber compound plates and the relation between their properties and processing parameters, and the non-flame property of the plates by using the waste fiber(cotton?polyester and polypropylene fiber), the traditional textile machines and the hot processing equipment. Also, the shaping temperature, time, pressure and other technological parameters have effects on the mechanics property of the fiber compound plates. The results show that with 10 MPa shaping pressure...

The paper studies the formation of thermoplastic fiber compound plates and the relation between their properties and processing parameters, and the non-flame property of the plates by using the waste fiber(cotton?polyester and polypropylene fiber), the traditional textile machines and the hot processing equipment. Also, the shaping temperature, time, pressure and other technological parameters have effects on the mechanics property of the fiber compound plates. The results show that with 10 MPa shaping pressure the best shaping condition is 40% content of the polypropylene, 200 ℃ shaping temperature and 4 minute shaping time. Meanwhile, the non-flame property of the fiber compound plates is studied through the method of the needle felt flame retardant agent solute impregnation process. The combining use of ammonuim polyphosphate and decarbomodiphenyl oxide has a good effect. When the content of flame retardant agent is 25%, the fiber compound plates′ LOI is 30.2.

利用废旧纤维和传统的纺织设备、热压设备 ,研究了热塑性聚酯纤维、棉纤维 /聚丙烯纤维复合板材的生产工艺以及工艺参数和纤维复合板材性能之间的关系 ,具体探讨了成型温度、时间、压力等工艺参数对复合板材的力学性能的影响 .得出试片在 10MPa的成型压力下的最佳成型条件为 :聚丙烯纤维含量为 40 % ,成型温度 2 0 0℃ ,成型时间 4min ,此时所制备的复合材料弯曲性能最佳 .还采用对针刺复合毡溶液浸渍阻燃的方法 ,对此种纤维复合材料的阻燃性触进行了研究 ,确定了聚磷酸铵、十溴二苯醚两种类型的阻燃剂匹配使用的阻燃工艺 ,取得了较好的实验效果 ,即在阻燃剂的含量为 2 5 %时 ,纤维复合板材的限氧指数(LOI)能达到 30 .2 .

The paper studies the formation of composite plates made by using the waste fiber (polyester and polypropylene fiber), the traditional textile machines and hot processing equipment, and the influences of processing parameters such as shaping temperature, time, pressure and the polypropylene content on the mechanical property of composite plates. The results show that the best shaping condition is 40% content of the polypropylene, 200℃ and 4 min with 10 MPa shaping pressure. The recycled fiber composite plate...

The paper studies the formation of composite plates made by using the waste fiber (polyester and polypropylene fiber), the traditional textile machines and hot processing equipment, and the influences of processing parameters such as shaping temperature, time, pressure and the polypropylene content on the mechanical property of composite plates. The results show that the best shaping condition is 40% content of the polypropylene, 200℃ and 4 min with 10 MPa shaping pressure. The recycled fiber composite plate manufactured under condition has the optimum mechanical property, its tension strength is 51 MPa and bending strength is 65.4 MPa.

利用废旧纤维、传统纺织和热压设备 ,研究了废旧聚酯 /聚丙烯纤维复合板材的成型工艺 ,探讨了成型温度、时间、压力等工艺参数和聚丙烯纤维质量分数对复合板材力学性能的影响。得出废旧纤维板材最佳成型条件为 :聚丙烯纤维质量分数为 40 %、成型温度 2 0 0℃、成型时间 4min、成型压力 10MPa ,此时制备的纤维复合板材力学性能最佳 ,其拉伸强度为 5 1MPa ,弯曲强度为 65 .4MPa。

 
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