粗細節紗 的英文怎麼說

中文拼音 [cūxìjiéshā]
粗細節紗 英文
twitty yarn
  • 粗 : Ⅰ形容詞1 （長條東西直徑大的） wide （in diameter）; thick 2 （長條東西兩長邊的距離寬的） wide （i...
  • 細 : 形容詞1 （條狀物橫剖面小） thin; slender 2 （顆粒小） in small particles; fine 3 （音量小） thin ...
  • 節 : 節構詞成分。
  • 紗 : 名詞1. （棉花、麻等紡成的較松的細絲） yarn 2. （經緯線很稀的織物） gauze; sheer
  • 細節 : 1. （細小的環節或情節） details; particulars; specific; minutia; minutiae 2. [紡織] snicks
  1. Abstract : through comparative spinning experiments and anylyse of working principle, it is concluded that the yarn quality is raised, and the cv % value of eveness, slubs, nips and neps are reduced markedly by the use of high accuracy rollers without mechanical wave

    摘要通過對羅拉的工作原理進行分析，經過紡紗試驗對比，得出高精度無機械波羅拉可以提高紡紗質量，成紗的條干cv %值、粗節、細節、棉結都有明顯改善。
  2. Then all manufactories of spinning frames and cotton mills try to shorten the gauge between front and middle rollers and make the center distance reduce to 42 - 43mm, but the distances are still so longer, thin and thick slubs when spinning purified cotton are distinctly more than that nitto model drafting, which have been hindering the cotton mills to improve the quality of cotton spinning all along

    因此各細紗機製造廠和棉紡廠都在想方設法把前、中羅拉隔距縮小，中心距縮小至42 43毫米，但還是偏大，紡純棉時細節、粗節明顯比原先的日東式牽伸多，一直困擾著棉紡廠提高棉紡質量。
  3. By comparison with the conventional acid treated aprons regrading spinning performance, the paper puts forth the ultra - vialate rayed aprons can reduce cv value and neps and other defects in yarns

    摘要通過與普通酸處理膠圈進行試紡對比，指出了紫外線光照膠圈在實際應用中可降低細紗條干cv值和細節、粗節及棉結等紗疵。
  4. This article has primarily analyzed the reason of the influence of the third generation of long drafting technology on the product quality, holding that by use of the third generation of long drafting technology, the friction force of the nips is increased, the floating fiber is effectively controlled, fiber speed changing point goes forward and fiber movement is more stable which lead to the improvement of product quality with obvious reduction of thin or thick places and neps

    摘要對細紗機第三代大牽伸工藝影響產品質量的機理進行了分析，認為採用第三代大牽伸工藝后，鉗口的摩擦力界得到增強，浮遊纖維得到有效控制，纖維變速點集中而前移，纖維的運動更趨平穩，產品質量有所提高，特別是每千米細節、粗節、棉結明顯下降。
分享友人
分享到 Line

分享到臉書