building physics 中文意思是什麼

building physics 解釋
建築物理
  • building : n. 1. 建築物，房屋，大樓，大廈。2. 製造；營造，建築；組合，組裝；建築術。
  • physics : n. 〈通常用作單數〉 1. 物理學。2. 物理過程；物理現象；物理性質；物理成分。
  1. Here we featured the graphic effects, especially our water, and some of the game physics ( rag dolls and building destructions )

    這里我們表現了畫面效果，尤其是我們的水，還有一些游戲物理效果（布娃娃技術和建築毀壞技術） 。
  2. Venue : g f, faculty of science conference room, cym physics building, hku

    地點:港大莊月明物理樓地下理學院會議室
  3. Venue : lecture theatre p4, chong yuet ming physics building, hku

    地點：香港大學莊月明物理樓p4演講廳
  4. Firstly, transfer the research study theory to physics education. the conception, meaning and possibility of the research study in physics education have been discussed, the difference between it and the tradition physics teaching explored, and the reason for building up energy knowledge framework as the subject of research study expoun ded. secondly, general teaching design being combined with characteristic of physics, the conception, characteristic, meaning, principles, preparation and basic factors of the research study teaching design in physics explored based on constructivism, humanism, scientific philosophy theory, curriculum and new education philosophy, the theory of lifetime education

    從理論層面上研究了兩方面的問題，第一，把研究性學習的基本理論遷移到物理學科教學之中，對物理學科教學中研究性學習的概念、特點、特徵、意義、物理教學中開展研究性學習的可能性、它與傳統物理教學的區別等問題作了探討，並闡述了本課題選擇建構能量知識結構作為研究性學習主題的理由；第二，以建構主義學習理論、人本主義學習理論、系統科學、新的教育哲學觀，科學哲學理論、終生教育理論為依據，結合常規教學設計理論和物理學科的特點探討了物理學科研究性學習教學設計的概念、特點、意義、遵循的原則、設計前的準備工作、教學設計的基本要素等理論問題。
  5. The former focuses on technologies friendly to ecological environment from the aspect of ecology and the later focuses on humans " requirement to acoustic environment, light environment and thermal environment from the aspect of building physics

    生態技術是從生態學的角度出發，對環境生態友好的技術；室內物理環境控制技術是從建築物理學出發，滿足人們對聲、光、熱等室內物理環境需求的技術。
  6. Firstly, the environment harm of the waste rock is studied ; secondly, we research the physics and mechanics property of the waste rock of the dabagou tunnel and get the physics and mechanics property index of waste rock ; thirdly, after comminuting the waste rock and compounding concrete as coarse aggregate, we make the comparison between it and the songshan stone in the fuxin building market at present, it proves to possess extension application value ; fourthly, on the foundation of it, we utilize waste rock as coarse aggregate to compound high strength concrete, steel fiber high strength concrete, polymer cement concrete, asphalt concrete by uniform design and research their mechanics property index by experiment

    首先闡述了排矸石對環境產生的危害，其次對大巴溝隧道排矸石的物理力學性質進行了試驗研究，獲得了排矸石的物理力學性能指標。將排矸石粉碎后，作為粗骨料配製成混凝土，與目前阜新建築市場上所用的松山石子進行比較，證明其具有推廣應用價值。在此基礎上，利用均勻設計法，將排矸石作為粗骨料配製成高強混凝土，鋼纖維高強混凝土，聚合物水泥混凝土，瀝青混凝土，通過試驗測定其力學指標，獲得了各種排矸石混凝土的優化方程和最佳配合比。
  7. In this way, the author concludes the obstacles in the physics studying process in the middle school, after reading a lot of relative articles and practicing in the classroom. besides, we also investigate the negative effects of the student ' s lacking of imagination on the building and development of their creative thoughts

    作者閱讀了大量的相關文章和專著，並利用一切機會到課堂教學中去實踐，通過大量的調查和訪談，總結得出中學生在物理學習中表現的相應的創造性思維的障礙，即學生在物理知識的學習和應用中出現的思維聯想活動量和速度方面的遲緩、貧乏以及聯想散漫對學一生創造性的發生和發展造成抑制性、干擾性和混亂的影響。
  8. Un, zhou peiyuan, wu dayou and wang zhuxi, who were the greats in physics, were set in the physics school building of peking university in order to remember their great contribution to the development of physics in peking university

    2003年5月，物理學院在北大物理樓為饒毓泰、葉企孫、周培源、吳大猷、王竹溪五位物理學界大師樹立銅像，以紀念他們為北京大學物理學科的成長發展做出的卓越貢獻。
  9. The ntu " khpi " scientific schools are known beyond the boundaries of the country primarily thanks to such scientific chairs as metals physics, high technologies of metal working, electric drive, internal combustion engines, tank - building, ceramics and composites, synthesis of nitric acid, oil fuel, electric chemistry, space apparatus control systems, industrial and medical electronics, information equipment, control systems and so on

    哈爾科夫工業大學享有較高的國際聲譽，主要是由於其在金屬物理學研究，金屬處理，電力驅動，內燃機，坦克製造，制陶和復合材料，氮酸合成，燃油，電化學，空間裝置控制系統等高新技術方面。
  10. The co, water vapor, ch4 and other minor gases have been measured in beijing since 1996 by lageo, institute of atmospheric physics, chinese academy of sciences, using an infrared grating spectrometer of moderate resolution. the observation site locates on the roof of the building of the institute of atmospheric physics located in the right north between the 3rd and 4th circles. the co and water vapor column contents have been measured during autumn since 1996, summers of 1997 and 1999, and through 2003, and ch4 column content for autumns of 1996, 1998, 2001 and 2002

    自1996年以來，中國科學院大氣物理研究所中層大氣與遙感研究部利用中解析度紅外光譜儀系統，在北京市區北三環和北四環中路之間的中國科學院大氣物理研究所主樓樓頂進行了co 、水汽和ch _ 4等大氣微量氣體柱總量的觀測，獲得每年秋季（ 10 、 11月） ， 1997 、 1999年夏季和2003年一整年的co和水汽的資料： 1996 、 1998 、 2001和2002年秋季ch _ 4的資料。
  11. According to the result of the design and the machine parameters, by proengineer the research establishes the simulative sample of rice seeding thrower, inspecting the physics property of the machine such as the assemblage, intervention and weight, and building the 3d imitative models, which can clear show the entity of rice seeding thrower

    根據設計結果和確定的參數，進行機構的結構設計，利用pro engineer建立拋秧機虛擬樣機模型，並檢查機構的裝配、干涉和重量等物理特性，產生的三維實體模型可以直觀的展現拋秧機的模型。
  12. The combination of campus net and project learning will fully reflect the principle of opening trait, inquiry trait, combination trait of project learning, and will finish the studying task of project learning better. the topic research emphasize the developing of the ability and awareness, not the study of some specific knowledge. by building physics project learning net in campus net, the website specially for the service of the project learning, we can finish the basic process from collecting materials exchanging ideas and discussion, determining the topic, carrying out the research evaluating the result and so on, and we can also develop the ability of the students collecting materials. combination of being united using the internet, and we can also lay the solid foundation for the real future science research. the students can determine the topic in physics project learning on their own, and they can communicate with the teachers and classmates conveniently and solve the contradiction between the traditional class - teaching mode and the project learning

    教育部採用的是狹義上的研究性學習，在高中物理進行研究性學習還處于探索階段，本文從目的、目標、特點、實施過程及案例做了階段性總結，它是實施素質教育，培養學生創新精神和實踐能力的一個重要方面，校園網與研究性課程的結合，將充分體現研究性課程學習的開放性、探究性、過程性、實踐性、合作性原則，較好地完成研究性課程的學習任務。課題研究主要著眼于這些能力與意識的培養，而不在於某項具體知識的學習。通過在校園網中建立「物理研究性課程學習網」這一專門為研究性課程學習服務的網站，能夠完成從收集資料、交流討論、確定課題、實施研究、成果評價等研究性課程學習的基本過程，並且能培養學生運用因特網收集資料、團結協作的能力，為將來開展真正的科學研究打好扎實的基礎。
  13. In chapter 2, a new ir imaging model for city buildings has been established based on meteorology, heat transfer and infrared physics. we first analysis all kinds of main factors affecting the ir characteristic of city buildings, then by using the methods such as multi - layer finite difference the surface temperatures of building and other surrounding objects are acquired. combining the methods of classified modeling and special modeling we constitute the large - scale complex urban ir scene and render the ir images of urban scene at various time

    本文第二章從氣象學、傳熱學和紅外物理學原理出發，分析了影響城市建築物紅外特性的各種主要因素，採用多層有限差分等方法求解建築物及周圍物體的表面溫度，建立了城市建築物紅外成像模型；採用分類建模和特殊建模相結合的方法構建了大規模復雜城市場景的紅外模型，繪制出了不同時刻城市復雜場景紅外成像圖。
  14. The mathematics model, physics model and geometrical model for numerical simulation about microbus temperature field is built based on the microbus " s thermal translating and substance translating theory. the method for building geometrical model and boundary condition is put forward. the numerical simulation for microbus sc6350 is accomplished with the computational fluid dynamics ( cfd ) software of star ? d

    結合微型麵包車的傳熱與傳質機理以及sc6350車型，建立了溫度場模擬的數學模型、物理模型和幾何模型。捉出了合理的微型麵包車溫度場模擬計算的建模方法和溫度場模擬計算的邊界條件。並採用計算流體力學（ cfd ）軟體star - cd對微型麵包車sc6350進行了多種工況的模擬計算。
  15. This paper applied the model of small world network overseas to management field for the first time which was the last research progeny in intercross subject, and investigated the quantity character of this kind of network. then it also provided a way according with our situation to reduce the average path length of network and developed a measure to network evaluation and technique to aid network building based on the efficiency theory of network by transplanting the matured theory of math and physics and joining the character of our transportation network

    本文首次將國外交叉學科最新研究成果- swn （ smallworldnetwork ）模型引入管理領域，研究小世界網路的數量特徵，移植成熟的數學與物理理論方法，結合我國社會交通網路的特徵，提出了符合國情的降低網路平均路徑長度的策略方案，開發實現了基於網路效率理論的網路評估方法和輔助規劃技術。
  16. Chong yuet ming physics building

    莊月明物理樓
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