lightweight structure 中文意思是什麼

lightweight structure 解釋
輕量構造
  • lightweight : n. 標準重量以下的人[動物]；輕量級選手；不重要的人；不夠堅強的人，不能勝任的人。2. adj. 輕量的；平均重量以下的；不重要的。
  • structure : n. 1. 構造，結構；組織；石理，石紋。2. 建造物。3. 【化學】化學結構。4. 【心理學】（直接經驗中顯現的）結構性，整體性；整體結構。adj. -d ,-less adj.
  1. Technical specification for steel structure of lightweight buildings with gabled frames

    門式剛架輕型房屋鋼結構技術規程
  2. Lightweight heat insulation sandwich corrugated steel had got golden prize of international invention patent technique new products exposition. nan yang color light steel house co., ltd is an old factory which produce large steel structure, color - steel sandwich board and roof titles die - mould board

    公司致力於活動房、鋼結構事業已有十余年，從水泥活動房到彩鋼組合房發展到今日的大跨度鋼結構廠房，既積累了豐富的設計、製作、施工經驗，又增強了雄厚的經濟實力。
  3. Experimental study on structure of crumb rubber lightweight concrete

    結構用橡膠輕集料混凝土的性能實驗研究
  4. On the background of the innovation of the wall material and the current situation of the development in china, the regenerative material is synthetically used to prepare new wall material, including high - environmental - protection steam - maintain fly ash bricks ( hsfab ) and self - aerated lightweight concrete ( salc ). the mechanics characteristic, durability and micro - structure of the new wall material are analysed. it shows that the materials are the perfect replacement products of the traditional solid clay brick. two systems of hsfab - cement - steel slag - fly ash - slag and lime - steel slag - fly ash - slag - are designed to fit for the requirement of performance, cost and environmental - protection, etc.

    本課題以國家和地方墻體材料改革政策和發展現狀為背景，綜合利用當地可再生資源研製開發了新型墻體材料體系，該體系包括承重墻體材料? ?高綠色度蒸養粉煤灰磚（ high - environmental - protectionsteam - maintainflyashbricks ，以下簡稱hsfab ）和非承重墻體材料? ?自發氣輕質混凝土（ self - aeratedlightweightconcrete ，以下簡稱為salc ） 。
  5. This paper mainly aims at the strategic demands for large - aperture lightweight mirror proposed by high - tech development. its main research contents are : select material blank for lightweight mirror according to physical and chemical properties of optical glass ; analyze and calculate the deformation quantity of the mirror with finite element method ; design and optimize mirror body structure of 400 lightweight plane mirror and 450 lightweight spherical mirror, analyze glass cutting principle, design specisl - use grinding wheel structure, select reasonable technological parameters to implement the processing of weight reduction holes on 400 plane mirror ; analyze etching mechanism of hydrofluoric acid, look for the technological parameters such as the optimal acid concentration and etching time etc. ; eliminate the stress of weight reduction holes and micro - cracks on 400 lightweight plane mirror ; discuss the processing principle and

    本論文的研究主要是瞄準國家高技術對大口徑輕型鏡的戰略需求而開展的。主要研究內容是：根據光學玻璃的物理與化學性能，選擇輕型鏡坯材料；用有限元法對鏡子的變形進行分析、計算，找出變形規律，優化設計400mm輕型平面鏡、 450mm輕型球面鏡鏡體結構；分析玻璃切削原理，設計專用磨輪結構，選擇合理工藝技術參數，完成400mm平面鏡輕量化減重孔的加工；分析氫氟酸腐蝕光學玻璃機理，尋找最佳酸濃度、腐蝕作用時間等工藝參數，實現400mm平面鏡減重孔應力與微裂紋的消除；討論分離器加工原理和工藝技術特點，完成400mm平面輕型鏡面形加工。
  6. The hydration theory and the structure forming of hplc are analyzed through xrd, sem, edxa, and the analysis of pore structure, micro hardness. the model of the interface structure between lightweight aggregate and harden cement paste is divided into 4steps, which are penetrating, hydrating and hardening, diffusing of moisture and ion, forming of optimal interface structure, and the ideal structure model of lightweight aggregate is built

    採用xrd 、 sem 、 edxa 、孔結構分析與顯微硬度技術分析了高性能輕集料混凝土的水化硬化機理及結構形成過程，把輕集料與水泥石之間界面結構形成過程分為滲透、水化硬化、水分遷移與離子擴散、界面結構優化四個階段，提出了輕集料與水泥石之間的界面結構模型和高性能輕集料的理想結構模型。
  7. Determination of the dry density of lightweight aggregate concrete with open structure

    敞形結構輕集料混凝土的干密度測定
  8. Determination of creep strains under compression of autoclaved aerated concrete or lightweight aggregate concrete with open structure

    敞形結構高壓蒸養加氣混凝土或輕集料混凝土的加壓蠕變變形測定
  9. Prefabricated reinforced components of lightweight aggregate concrete with open structure

    裝配式結構的輕骨料混凝土預制增強構件
  10. Construction of portal lightweight steel structure

    淺談門式輕鋼結構施工的體會
  11. Determination of the dimensions of prefabricated reinforced components made of autoclaved aerated concrete or lightweight aggregate concrete with open structure

    採用熱壓充氣混凝土或敞開結構輕型聚集式混凝土製成的預制增強構件的尺寸測定
  12. Determination of shear strength of welded joints of reinforcement mats or cages for prefabricated components made of autoclaved aerated concrete or lightweight aggregate concrete with open structure

    高壓充氣混凝土或敞開結構輕型聚集混凝土預製件用加筋氈或框架的焊縫剪切強度測定
  13. Determination of flexural strength of lightweight aggregate concrete with open structure

    敞形結構輕質集料混凝土的抗彎強度測定
  14. Determination of static modulus of elasticity under compression of autoclaved aerated concrete or lightweight aggregate concrete with open structure

    敞形結構高壓蒸養加氣混凝土或輕集料混凝土受壓靜態彈性模數測定
  15. Performance test for prefabricated reinforced components made of autoclaved aerated concrete or lightweight aggregate concrete with open structure under transverse load

    橫向荷載下敞形結構高壓蒸養加氣混凝土或輕集料混凝土預制加筋部件的性能試驗
  16. Determination of shear strength between different layers of multilayer components made of autoclaved aerated concrete or lightweight aggregate concrete with open structure

    敞形結構高壓蒸養加氣混凝土或輕集料混凝土製多層元件不同層間剪切強度的測定
  17. Determination of shear strength for in - plane forces of joints between prefabricated components made of autoclaved aerated concrete or lightweight aggregate concrete with open structure

    敞形結構高壓蒸養加氣混凝土或輕集料混凝土預製件間接縫的共面力剪切強度測定
  18. The practice indicated that the eps roadbed have advantages of light weight and convenient construction, erection structure will reduce more ground press and land area. this method can reduce the settlement availably and it is an ideal lightweight filling of the widening roadbed

    實踐表明， eps硬泡沫塑料具有質輕、施工方便等優點，採用直立式結構能進一步減小地基壓力，同時節約佔地，能有效的減小新老路基間的差異沉降。
  19. Determination of compressive strength of lightweight aggregate concrete with open structure

    開式結構輕集料混凝土抗壓強度的測定
  20. Determination of flexural strength of lightweight aggregate concrete with open structure ; german version en 1521 : 1996

    巖石多孔輕質混凝土抗彎強度測定
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