組織螺旋體 的英文怎麼說

中文拼音 [zhīluóxuán]
組織螺旋體 英文
tissue spirochaeta
  • : Ⅰ名詞1 (由不多的人員組成的單位) group 2 (姓氏) a surname Ⅱ動詞(組織) organize; form Ⅲ量詞(...
  • : 動詞(編織) knit; weave
  • : 1. [動物學] (軟體動物) spiral shell; snail; conch 2. (螺旋形的指紋) whorl (in fingerprint)
  • : 旋Ⅰ動詞1 (旋轉) whirl 2 (用車床切削或用刀子轉著圈地削) turn sth on a lathe; lathe; pare Ⅱ名詞...
  • : 體構詞成分。
  • 組織 : 1 (組織系統) organization; organized system 2 (組成) organize; form 3 [紡織] weave 4 [醫學] [...
  • 螺旋體 : [微生物學] spirochete; treponemata; spirochaeta螺旋體病 spirochetosis; 螺旋體感染 spirochaete infection
  • 螺旋 : 1 (具有螺紋的圓柱體 屬于斜面類的簡單機械) corkscrewspin; screw; spiral; helix 2 (螺旋現象;尾旋...
  1. According to the model : - " body " - organizational structure, " flow " - organizational learning and " magnetic field " - organizational culture - to accumulate the structure capital. the organizational knowledge will be accumulate with the spiral type by organizational learning. if we look the resource as scrap iron, the organizational culture will be the magnetic field in which the scrap iron to be magnetized

    結構資本的積累以「?流?場」模型進行分析,?結構,通過結構的改進為結構資本的積累搭建一個更好的平臺:流?學習,其目的是使企業結構資本以式積累;場?文化,如果說中的資源猶如鐵屑,則文化就是磁場了,其作用就是通過培育匹配的文化使鐵屑掉進磁場立即被磁化產生磁力,它是學習的推動力,是釋放人力資本的加速器。
  2. Rational unified process ( rup ) is a spired and object - oriented method. use case is its drivers and the system structure is its center. it gives us a way how tasks and responsibilities are assigned exactly. so quality product can be getted. in this paper, basing on a small enterprise, we discuss the applying of the method based on uml in the development of erp. and in the whole process the kernel of rup is also embodied

    Rational統一過程( rationalunifiedprocess , rup )是一種以usecase為驅動、以系結構為中心的上升式面向對象開發過程,它提供了如何在開發中嚴格分配任務和職責的方法,能夠使軟開發按預先制定的時間、計劃和經費預算,開發出滿足用戶需求的高質量產品。
  3. A superalloy double helix integrated impeller with good performances of dimensional precision, microstructure and mechanics was rapidly manufactured by hpdm ( hybrid plasma deposition & milling ) method proposed by author ' s, laboratory, which synthesized plasma deposition as an additive technology, and milling as a subtractive technique during the processing

    摘要採用等離子熔積與銑削復合製造技術,在等離子熔積成形過程中復合銑削精整,試制了難加工高溫合金雙葉輪樣件,其性能和力學性能均高於採用傳統工藝加工獲得的葉輪。
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