newtonian mechanics 中文意思是什麼

newtonian mechanics 解釋
牛頓力學
  • newtonian : adj. 牛頓（學說）的。n. 1. 信奉牛頓學說的人。2. 牛頓式望遠鏡。
  • mechanics : n. pl. 1. 〈作單數用〉力學 〈cf. statics; kinetics; kinematics〉; 機械學。2. 〈作復數用〉結構；構成法；技巧。
  1. Economics is not a straightforward discipline like newtonian mechanics or euclidean geometry

    經濟學不像牛頓力學或者歐幾里德幾何，它不是門直觀的學科。
  2. Non - newtonian fluid mechanics

    非牛頓流體力學
  3. In fact, every one of the principles of newtonian mechanics survives as a special case of the more general relativistic formulation.

    事實上，牛頓力學中的每一原理都可看作是更普遍的相對性公式的特例。
  4. Dynamics starts with fundamentals of newtonian mechanics

    本課程由牛頓力學之基礎開始。
  5. Professor zhigang suo : in china, i studied applied mechanics, the use of newtonian mechanics in structures, like bridges, airplanes, architecture, etc

    鎖志剛教授：我在國內學的是應用力學，就是將牛頓力學用在結構上，如橋梁、飛機、建築物等。
  6. According to non - newtonian fluid mechanics theory and mathematical method, conbined with plunger moving property, the hypothesize fluid is imcompressive, hydraulic radius of flow of liquid in crevice is very little, and it is laminar flow, the flow is treated fixed continuous flow at every instant position of plunger, equation of motion and boundary condition were set up in condition of concentric and eccentric of pump barrel and plunger

    運用非牛頓流體力學理論和數理方法，結合抽油泵柱塞運動特點，假設液體為不可壓縮的，液體在縫隙中流動的水力半徑很小，呈層流流動，柱塞在每一位置的瞬間，流動做定常流處理，建立了泵筒與柱塞同心和偏心兩種情況下運動方程和邊界條件，引入無量綱坐標、無量綱速度和柱塞與泵筒偏心配合時的縫隙高度，並給出縫隙流流速、流量的解析解。
  7. From newtonian mechanics to special relativity

    從牛頓力學到狹義相對論
  8. In newtonian mechanics, we say the moon is attracted by the earth, so it orbits around the earth. in the theory of general relativity, we will say the earth affects the spacetime around it, thus the moon is no longer moving in a straight line, instead it goes around the earth. just like a marble will not move in a straight line on an uneven table

    牛頓力學認為月球繞地球旋轉，是因為月球受到地球引力的吸引但廣義相對論的說法則是地球的質量扭曲了附近的時空，月球在不平坦的時空以最自然的方式運行，結果走出了一條繞著地球轉的曲線，情況就如彈珠在不平坦的地面走，會左搖右擺一樣。
  9. Coriolis force is the earth rotation movement in fluence result, according to the newtonian mechanics principle and the law of motion, the analysis coriolis force the production and the essence, asks to calculate coriol is force the size and the direction, finally have discussed coriolis force the influence and the application

    摘要地轉偏向力是地球自轉運動影響的結果，根據牛頓力學原理和運動定律，分析地轉偏向力的產生和實質，求算地轉偏向力的大小和方向，最後探討了地轉偏向力的影響和應用。
  10. Matrices, vector and vector calculus, newtonian mechanics - single particle, oscillations, nonlinear oscillations and chaos, gravitation, some methods in the calculus of variations, hamilton ' s principles lagrangian and hamiltonian dynamics, central - force motion, dynamics of a system of particles, motion in a noninertia reference frame, dynamics of rigid body

    矩陣和向量的計算、單一質點的牛頓力學、線性與非線性的振動運動、重力、微積分上的變分法介紹、哈密頓原理、拉氏及哈氏力學、連心力下的運動、質點系的運動力學、在非慣性座標中的運動、剛體的運動。
  11. How to recover newtonian mechanics from non - relative quantum mechanics in limit

    0時非相對論量子力學如何與牛頓力學等價
  12. Newtonian mechanics and electromagnetism, supplemented by thermodynamics and optics, constitute the classical physics while quantum mechanics and its simple application to understand the behavior and structure of matter at various levels constitute the modern physics

    經典物理以經典力學和電磁學為骨幹，輔以熱力學和光學。近代物理以量子力學為基礎，探討並了解物質各種層次的結構和行為。
  13. 01 is a first - semester freshman physics class in newtonian mechanics, fluid mechanics, and kinetic gas theory

    01是大學新生第一學期的物理課，它包括牛頓力學、流體力學和氣體動力論。
  14. It is emphasized that the inertial force is unevadable and not to be ignored in newtonian mechanics

    摘要論述了在牛頓力學中，慣性力無法避免，也不可忽視。
  15. For example, if newtonian mechanics governed the workings of an atom, electrons would rapidly travel towards and collide with the nucleus

    假如牛頓力學支配原子的運行，電子就會快速往前傳播而與原子碰撞。
  16. Quantum mechanics is a fundamental branch of theoretical physics that replaces newtonian mechanics and classical electromagnetism at the atomic and subatomic levels

    量子力學是理論物理的一基本分支，理論物理在原子與亞原子水平上取代牛頓力學和經典電磁學。
  17. The singular ordinary differential equations first arise in the fields of gas dynamics, newtonian fluid mechanics, nuclear physics, the theory of boundary layer, nonlinear optics and so on. it is also one of important areas in the study

    具有奇性的常微分方程問題，最早是在研究核物理、氣體動力學、流體力學、邊界層理論及非線性光學問題中提出的，是微分方程研究中一個十分重要的領域。
  18. The singular ordinary differential equations arise in the fields of gas dynamics, newtonian fluid mechanics, nuclear physics, the theory of boundary layer, nonlinear optics and so on. therefore, it has been considered extensively

    而奇異微分方程是微分方程領域中一個重要的研究課題，由於它不斷出現在各種應用學科中，例如：核物理、氣體動力學、流體力學、邊界層理論、非線性光學等，所以得到了廣泛而深入的研究
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