regenerated fiber 中文意思是什麼
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In optical fiber aspect, the incident beam can be collimated, converted and focused by some kinds of lenses, making the mode of incident beam matched with or near the optical fiber ’ s modes. in this thesis, thorough theoretical analyses and experimental investigations were made for the external optical properties of a 980nm high - power tunnel junction regenerated multi - active - region quantum well stripe - geometry algaas / gaas / ingaas ld and three different stripe - width 980nm high - power
本論文圍繞本實驗室研發的新型隧道再生多有源區980nmalgaas / gaas / ingaas量子阱大功率半導體激光器和多種條寬的單有源區980nmalgaas / gaas / ingaas量子阱大功率半導體激光器的光場外特性、單模階躍折射率光纖和多模漸變折射率光纖的模場特性進行了深入的理論分析和實驗研究。 -
Viscose staple fiber with high moisture is a kind of cellulosic fiber with relatively higher dry - strengh and wet - strength ， and wet modulus, whose material is high quality cotton and wood pulp being 100 natural regenerated fiber, it has a soft and lubricious feeling, and a strong feeling of silk touching it will give you a very comfortable feeling
高濕模量粘膠短纖維是一種具有較高的干強、濕強度、濕模量的纖維素纖維，它是以優質棉木漿為原料的100的天然再生纖維，纖維質地柔軟滑爽，絲質感強，具有良好的手感和懸垂感，織物形態穩定性強，耐洗滌，抗褶皺，穿著舒適。 -
The paper summarizes the development of new type of textile fiber, introduced new fiber and fabric products that could be developed by use of colourful cotton, modified wool, new synthetic fiber, new protein fiber and regenerated cellulose fiber
摘要綜合論述了各種新型纖維的發展歷史及其特點，介紹了彩棉、改性羊毛、新型合纖、新型蛋白纖維和新型再生纖維素纖維所適應開發的新產品及面料。 -
Chemical and physical properties of regenerated protein fiber
再生蛋白纖維理化性能研究 -
In this article is summarized the significance of developing regenerated cellulose fiber materials and are also analized the influences of the materials on the functions of the regenerated celluloee fiber based on this natural material ' s different structures and features with some suggestions for the breakthrough of their application and future development put forward
摘要總結了再生纖維素材料開發的意義，針對不同天然材料的結構和功能特點，分析了各類材料能對再生纖維素纖維的性能所做的貢獻，並提出了該類材料應突破的瓶頸所在和未來發展的建議。 -
The results show that the compressive strength, splitting tensile strength and flexural strength increase respectively with the addition of steel fibers, but the compressive strength increases little compared with the splitting tensile strength and flexural strength ; for the same kind of steel fiber reinforced concrete, the compressive strength, splitting tensile strength and flexural strength of steel fiber reinforced regenerated concrete are higher than those of steel fiber reinforced pebble concrete ; the load - bearing capacity of blended steel fiber reinforced concrete is less than that of single dimension steel fiber reinforced concrete ; the use of steel fiber reinforced regenerated concrete whose aggregate is made of regenerated concrete can not only turn waste into treasure, but also reduce environmental pollution and realize the recycle of resources, and its load - bearing capacity is far higher than that of steel
結果顯示:由於鋼纖維的加入，混凝土的抗壓強度、劈裂強度和彎曲強度都有不同程度的提高，但抗壓強度不及劈裂強度和彎曲強度提高顯著;對于同種鋼纖維混凝土，鋼纖維再生混凝土的抗壓強度、劈裂強度和彎曲強度比鋼纖維卵石混凝土的相應強度大;混雜尺寸鋼纖維混凝土的承載能力不如單一尺寸鋼纖維混凝土的承載能力;以再生混凝土作為基體的鋼纖維再生混凝土不僅可以「變廢為寶」 ，減少環境污染，實現資源的重復利用，而且其承載能力比鋼纖維卵石混凝土高很多。 3 .總結出鋼纖維混凝土抗拉強度和彎拉強度關系的計算公式。 -
The focal points of control in the production of far infrared regenerated 3d crimp pet staple fiber was introduced
摘要介紹了利用再生材料生產遠紅外三維捲曲中空滌綸短纖維的生產控制要點。 -
The top quality far infrared ray regenerated 3d crimp pet staple fiber was manufactured by the control of material and adjusting of spinning parameters and post process
通過原料的把關，前後紡工藝的調整，生產出了質優價廉的遠紅外再生三維捲曲中空滌綸短纖維。
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