軸梢 的英文怎麼說

中文拼音 [zhóushāo]
軸梢 英文
shaft tip
  • : 軸Ⅰ名詞1. (圓柱形的零件) axle; shaft 2. (對稱部分的直線) axis 3. (圓柱形的纏繞器物) roller; spool Ⅱ量詞(用於纏在軸上的線以及裝裱帶軸子的字畫)
  • : 名詞(條狀物的較細的一頭) tip; the thin end of a twig etc : 鞭梢 whiplash; 辮子梢 the end of a p...
  1. It is suited for mirror shining polishing operation of all kinds of grinding machine for example, tape - recording magnetic head, all kinds of bearing pin, driving shaft in a compressor and all kinds of mold working

    適合各種研磨機臺之鏡面拋光研磨作業,例如錄音磁頭各種承插壓縮幾內傳動及各種模具加工。
  2. Diesel engines. fuel injection pumps. tapers for shaft ends and hubs

    柴油發動機.注油泵.端和襯套楔
  3. 2 % 22 % and 29 % respectively less than using other three knives at cutting speed of 500mm / min when the moisture contents of rootstalks was 48. 2 %. the cutting forces were tested at four different parts of rootstalk that were the middle part along a radius, the tip part along a radius, the middle part along axis and the stalk part along a radius, and the force at the middle along a radius is the largest and increase 32 % 45 % 111 %, respectively more than at the other three parts. the force increase 37 % to cut the rootstalks from the areas one crop a year more than that from two crops a year

    試驗結果表明,根茬含水率愈高,剪切力愈小,根茬含水率與剪切力近似為二次曲線關系;刀片剪切速度愈快,剪切力愈小;凸曲線、斜線、凹曲線和直線四種不同的刀刃曲線對整株根茬剪切力依此由小到大,凸曲線和斜線剪切時有一定程度的滑切作用,所以剪切力相比較小,當根茬含水率為48 . 2 ,剪切速度500mm min時,與其他三種曲線相比凸曲線型刀刃的剪切力依次分別減少了7 . 2 、 22和29 ;對根茬中部、部和根部的剪切力,在相同試驗條件下,徑向中部最大,比部,向根部和根部莖稈所需剪切力分別增加32 、 45和111 ;當含水率為48 . 2 ,刀片的剪切速度為500mm min時,一年一熟玉米根茬比一年兩熟的玉米根茬剪切力增大37 。
  4. The neurohypophysis shown here resembles neural tissue, with glial cells, nerve fibers, nerve endings, and intra - axonal neurosecretory granules

    神經垂體類似神經組織,有神經膠質細胞、神經纖維、神經末突內的神經內分泌顆粒。
  5. When a neuron fires, sending an electrical signal down its axon to its tips ( presynaptic terminals ), neurotransmitters released from vesicles cross a tiny intercellular space ( the synaptic cleft ) to receptors on the surface of a recipient, or postsynaptic, neuron

    神經元放電時,電性訊號沿著突傳至神經末(突觸前終端) ,造成神經傳遞物從囊泡釋放到細胞外,並通過微小的細胞間空隙(突觸間隙) ,抵達接收端,也就是突觸后神經元表面的受體。
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