例句與造句

1. Linear harmonic oscillator
   線性諧振子
2. New description for quantum motions of linear harmonic oscillator and q - deformed harmonic oscillator
   變形振子量子運動的新描述
3. Solution to the problems of one and two - dimensional linear harmonic oscillators by using operators
   一維及二維線性諧振子的算符解法
4. For small displacement u , the oscillator is a duffing - type cubic non - linear oscillator , while for large displacement u , the oscillator approximates to a linear harmonic oscillator
   所謂達芬諧波振子是指當位移遠小于1時，系統(tǒng)可化為三次非線性振子，而當位移遠大于1時，該系統(tǒng)則化為線性諧波振子。
5. There were troubles in the continuity of the function and of its - derivative divided by band - mass on the boundary . in the theoretical calculation , the wave function is relative to the physical properties of the impurity greatly , the envelop function f ( x , y ) is expanded in terms of the one - dimensional linear harmonic oscillator function in this paper . it satisfies the continuity of the function and of its - derivative divided by the band - mass , so it improves the precision of the function and binding energy
   與以往工作不同的是，以前選用的x ， y方向電子的包絡函數(shù)f ( x ， y )是一維有限深量子阱中波函數(shù)的乘積，在邊界上波函數(shù)的連續(xù)性和粒子流的守恒條件存在問題；而在理論計算中，波函數(shù)的選取與雜質(zhì)的物理性質(zhì)有密切關系，本文選取的電子的包絡函數(shù)是用一維線性諧振子的波函數(shù)展開而成的，在邊界上能夠同時滿足波函數(shù)的連續(xù)性及粒子流( 1 / m ~ * ) f ' ( x , y )的守恒條件，從而使得波函數(shù)和束縛能的精確度得到了改進。
6. It's difficult to find linear harmonic oscillator in a sentence. 用linear harmonic oscillator造句挺難的