振動性的 的英文怎麼說

中文拼音 [zhèndòngxìngde]
振動性的 英文
vibratory
  • 振 : 動詞1. （搖動; 揮動） shake; flap; wield 2. （奮起） brace up; rise with force and spirit
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 振動 : vibrate; vibration; vibrance; vibrancy; vibra; vibes; shaking; rumble; jitter; chatter; sway; jar...
  1. Lastly, we change the unequal time distance wheel speed to equal time distance wheel speed. according to the model of torsional vibrations, we introduce the spectral estimation method to design tpms. when the tirepressure is leaking, the peakvalue of the periodogram of the wheel speed will move to the real axis

    4 .利用核函數，提出了基於epanechnikov核函數的插值方法將採得的不等間隔的輪速信號轉換成等間隔的輪速信號。利用輪胎滾動方向的振動性質提出了譜估計法。
  2. Forced oscillation for a class of impulsive delay robin parabolic boundary value problems

    邊值問題的強迫振動性
  3. Forced oscillation for a class of high order functional differential equations

    一類高階泛函微分方程的強迫振動性
  4. Forced oscillation for a class of nonlinear impulsive delay parabolic equations

    一類非線性脈沖時滯拋物型方程的強迫振動性
  5. Forced oscillation for solutions of systems of partial functional differential equations

    偏泛函微分方程系統解的強迫振動性
  6. Forced oscillation of a class of nonlinear parabolic function differential eqation

    一類非線性拋物泛函微分方程的強迫振動性
  7. Forced oscillation of a class of nonlinear functional partial differential equations

    一類非線性偏泛函微分方程的強迫振動性
  8. Forced oscillation for a class of high order partial functional differential equations

    一類高階偏泛函微分方程的強迫振動性
  9. Linearized oscillation of neutral difference equations with continuous variable

    具連續變量中立型差分方程的線性振動性
  10. Oscillations of nth - order nonlinear neutral equation with functional arguments

    階非線性中立型方程的振動性
  11. In this paper, we establish a comparison theorem on the oscillation of unbounded delay difference equations and some delay differential equations, and get a reasonable criterion for judging the oscillation of the former

    摘要建立了一類具有無界時滯點連續變量的差分方程與某類時滯微分方程振動性的比較定理，進而獲得前者的振動性的一些充分性判據。
  12. However, from the definition of oscillation, the oscillation of system ( 1 ) is only an interval behavior. therefore, it is natural to think that we can study the oscillatory behavior of system ( 1 ) only on a sequence of subiiitervals of [ t _ ( 0 ), ), which weakens the restriction to p ( t ), q ( t ) to a great extent. in chapter 2

    但另一方面，按照振動性的定義，系統（ 1 ）的振動性又僅僅是一個區間性質，因此，很自然地想到，只要在[ t _ 0 ， ）的一系列子區間上來研究系統（ 1 ）的振動性，這樣就大大降低了對p （ t ） ， q （ t ）的限制。
  13. Oscillation criteria related to integral averaging technique for quasilinear elliptic equations

    二階擬線性橢圓型方程振動性的積分平均方法
  14. Research of oscillatory solution of a kind of nonlinear integral equation with time delay

    具有時滯的非線性積分方程振動性的研究
  15. Oscillation of second order elliptic differential equations by methods of the sequence of functions

    二階橢圓型微分方程振動性的函數序列方法
  16. Notes on oscillation for certain second order differential equations

    關於一類二階微分方程的振動性的注記
  17. A note on oscillation of a kind of second order functional differential equations

    關於一類二階泛函微分方程的振動性的注記
  18. Sufficient conditions to guarantee the oscillations of higher order differential equation with impulses are obtained. we popularize the results of the lower order differential equation with impulses

    所得結論是對低階脈沖微分方程解的振動性的結論的推廣。
  19. Consider the second - order semi - linear neutral difference equation ( the equation is abbreviated ) ( 1 ) the sufficient conditions are established for oscillation of the solutions of ( 1 )

    摘要考慮二階半線性中立型差分方程（方程式略） （ 1 ）給出了方程（ 1 ）的解的振動性的充分條件。
  20. We investigate in section 1 the oscillation and nonoscillation of nonlinear neutral difference equation, ith continuous arguments, and get a sharp condition of the oscillation. some comparison theorems are studied for the oscillation and nonoscillation of linear neutral difference equation, ith continuous arguments in section 2. in section 3, e investigate the existence and asymptotic behavior of nonoscillatory solutions of second order neutral delay difference equation

    第一節中研究具有連續變量的非線性中立型差分方程的振動性與非振動性，得到了振動性的「 sharp 」條件：第二節研究了具有連續變量的線性中立型差分方程振動性與非振動性的一些比較結果；在第三節我們研究了二階中立型時滯差分方程的非振動解的存在性與漸近行為； g
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