y-motion y 中文意思是什麼

y-motion y 解釋
軸向運動
  • y :
  • motion : n 1 運動 動 移動(opp rest)。2 (天體的)運行;(車、船等的)動搖;(機器的)開動 運轉;【機械工...
  1. W. hai, y. duan, l. pan. an analytical study for controlling unstable periodic motion in magneto - elastic chaos [ j ]. phys. lett., 1997, a234 : 198

    海文華,段宜武,朱熙文等.控制離子云混沌運動中的不穩定性[ j ] .物理學報, 1997 , 46 : 2117
  2. Then the periodic properties of geocenter motion in the x, y, z components are summarized. considering the statistical precision of the gps observations, the geometrical distribution of gps stations and their physical stablility, a new method to determine the parameters of geocenter motion is studied and analyzed. in order to have a better understanding of its effect on the height datum origin, the rule of geocenter motion in the horizontal and vertical components are also analyzed and some useful conclusions are drawn

    提出了將譜分析與抗差估計相結合的抗差譜分析方法,並用該方法分析了地心運動時間序列的主要周期特性;為合理地確定地心運動參數,詳細研究與分析了一種新的定權方法對求解地心運動參數的作用,該方法充分利用了gps觀測量的統計精度、點位的幾何分佈以及物理穩定性;為了明確地心運動導致的高程基準的變化,分析了地心運動對地面點的水平分量和垂直分量的影響規律。
  3. The motion ( ie for debate ) was proposed by mr x and seconded by mrs y

    那動議經x先生提出有y夫人附議
  4. Application of the cauchy ' y law of continua, the motion equation of the tetrahedral element is concluded, and discretization the analysis zone, applying the finite difference method, all tetrahedral differential equations of motion are converted into the nodal finite difference equation

    快速拉格朗日分析程序運用連續介質的柯西定律,推導出四面體單元運動偏微分方程,並離散化分析區域,用有限差分計算方法,把所有的四面體單元運動偏微分方程等效成節點有限差分方程。
  5. Aug. 1996, 6 : 419 - 423. 5 tham j y, ranganath s, ranganath m, kassim a a. a novel unrestricted center biased diamond search algorithm for block motion estimation

    為了解決這個問題,研究者又提出了非對稱十字交叉六邊形搜索演算法,該演算法混合了各種搜索模式,在各種情況下都能保持搜索精度。
  6. Circuits and syst., geneva, switzerland, may 28 - 31, 2000, pp. 717 - 720. 6 nakaya y, harashima h. motion compensation based on spatialtransformations

    基於網格的運動補償方法採用了比bma更一般的運動模型仿射變換模型,射影模型,因而可獲得更好的運動補償效果。
  7. Based on the cubic spiral method proposed by y. j. kanayama in 1997, an improved method for joining cubic spirals with straight lines is being studied now. this novel method will amend some drawbacks of the original one and be extended to suit the mobile robot with both forward and backward motion abilities

    我們運用直線和三次螺旋線為規劃基礎,改進y . j . kanayama於1997年提出之三次螺旋線軌跡規劃法的諸多缺失,並且能夠進行單向或雙向(具有倒退機能)的軌跡規劃問題。
  8. 5 petillot y, ruiz i t, lane d m. underwater vehicle obstacle avoidance and path planning using a multi - beam forward looking sonar. ieee journal of oceanic engineering, 2001, 26 : 240 - 251. 6 wang y j. kinematics, motion analysis and path planning for four kinds of wheeled mobile robots

    本論文是在作者以前的研究成果基礎上,引人了第二類障礙物的概念及數學不等式「或」表達,將障礙物的表示推向更一般,克服了路徑規劃方法對機器人及障礙物形狀敏感問題。
  9. What makes it so effective is its unique ccd - shift mechanism. the ccd sensor rests on a movable mount, which shifts according to the amount of camera shake detected by the camera s motion detectors. shifting occurs along the x, y - axes to cancel out the effects of camera shake

    Ccd移位系統中的ccd感應器位於可移動的底座上,並會因應相機的移動偵測器( motiondetectors )所探測到的相機震動程度進行移位。該移位過程會沿著x軸及y軸進行,以消除相機震動造成的影響。
  10. We consider a neutral particle with magnetic moment antiparallel to the field. with the interaction potential energy between the magnetic moment of the particle and the magnetic field, we obtain the classical motion equation of the neutral particles in the loffe trap. in some limit conditions, by using the perturbative method, the equations may take on concise forms. of which the two equations about x and y are mathieu equations. if we properly set the parameters and have the condition a > > q > 0, we can solve the mathieu equation with the traditional wkbj method. as a new attemptation, with fourier series expansion we solve the mathieu equation and obtain the classical motion law of the neutral particles

    若阱的參數設置使得條件> > q 0成立時,我們可以利用傳統的wkbj方法近似求解馬丟方程。作為一種新的嘗試,本文還採用傅立葉級數展開的辦法來對馬丟方程進行求解,從而得到中性粒子在阱中的經典運動規律。在研究ioffe阱對中性粒子的囚禁問題時,實際上我們更感興趣的是馬丟方程的周期解,而要想獲得這種周期解,和q必須滿足一定的關系,亦即必須選擇阱的特定的參數和粒子的特定初始條件,對這一問題我們進行了嘗試性的研究。
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