alo 中文意思是什麼

alo 解釋
阿拉伯勞工組織
  1. Alo is composed of a series assets, it encapsulates the learning content of the basic instructional unit. clo consists of a series of alos and clos, it represents the course conceptual structure and the relationship between knowledge points

    原子型對象是一系列素材的聚合體，封裝了最基本教學單元的學習內容;復合型對象由一系列原子型對象和復合型對象組成，表現了課程的概念結構以及知識點關系。
  2. Testing of glass ; chemical analysis of colourless soda - lime - glass ; determination of alo

    玻璃的檢驗.無色鈉鈣玻璃的化學分析.三氧化二鋁含量
  3. Method for the determination of mgo, sio sub2 ;, cao. fe sub2 ; o sub3 ;, alo sub3 ;, mno, tio sub2 ; contents in magnesite for export - x - ray fluorescence spectrometric method

    出口鎂砂中的氧化鎂氧化硅氧化鈣氧化鐵氧化鋁氧化錳氧化鈦的測定x射線熒光光譜法
  4. Learning objects can be divided into atomic learning objects ( alo ) and composite learning objects ( clo )

    學習對象被劃分為原子型對象和復合型對象。
  5. Of the second opening wh declare to belong to him alo

    一四九八年四月二十五日
  6. This shows that the formation of alo _ x plays an important role in the fabrication of c _ ( 60 ) diodes

    由此得出，在此二極體的製作工藝中， alox的形成起著關鍵的作用。
  7. Founded in norway in 1903, alpharma inc. ( nyse : alo ) is a global specialty pharmaceutical company with leadership positions in products for humans and animals

    1903年創立於挪威，雅來大藥廠（紐約證交所代號： alo ）作為專業制藥企業，在人類與動物醫藥工業上處于全球領先位置。
  8. In judicial practice it plays a more and more important role and is used more and more widely. its application not only concerns the realization of litigious rights but alo concerns the realization of substantive rights

    在司法實踐中，作用逐漸擴張，適用范圍越來越寬泛，它的運用不僅關繫到訴訟權利實現的問題，更關繫到實體權利的實現。
  9. We prepared amorphous zn0. 3 al0. 25 pbo. 3 li0. 098 ybo. i tmo. 002 f2. 354 and zn0. 3 al0. 25 pbo. 3 li0. 09 ybo. i er0. 01 f2. 37 materials by pulsed laser deposition, investigated the origins of enhancement of ultraviolet and violet upconversion and built the relations between ultraviolet ( or violet ) upconversion and the judd - ofelt parameters. in addition, ultraviolet and blue upconversion stimulated emissions from zn0. 3 alo. 25 pb0. 3 li0. 098 yb0. 1 tm0. 002 f2. 354 powder were observed

    在成功地制備出優異的紫色和紫外上轉換激光材料的基礎上，不僅研究了材料的紫外上轉換受激發射性質，而且還探討了紫色和紫外上轉換發光性能和基質材料結構的相關性，建立了紫色和紫外上轉換發光性能和judd - offelt參數的關系。
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