例句與造句

1. Since these eigenfunctions are equations we can graph them .
   由于這些本征函數是方程，所以我們能以圖來描繪。
2. It can always be arranged that degenerate eigenfunctions are orthogonal .
   總可以做到使得簡并的本征函數是正交的。
3. The procedure described above applies to the eigenvalues and eigenfunctions of any hermitian operator .
   用上述運算方法也能求出任一厄密算符的本征值和本征函數。
4. In fact, we could make the substitution and still wind up with the correct eigenfunctions and eigenvalues .
   事實上，我們可以做這種代換而仍能繞彎得出正確的本征函數和本征值。
5. since we get continuous rather than discrete allowed values for e≥0, the positive-energy eigenfunctions are called continuum eigenfunction.
   由于對E0得到連續的而非分立的允許值，正能量的本征函數叫做連續譜本征函數。
6. It's difficult to find eigenfunctions in a sentence. 用eigenfunctions造句挺難的
7. If only the eigenvalue of a and not the eigenfunctions are desired, it is not necessary, according to section 3. 3, to obtain the transformation matrix s .
   假如僅需求出A的本征值而不要求出本征函數，那么按照本章第33節，就不必求出變換矩陣S。
8. The complete set of hydrogen atoms eigenfunctions in the momentum representation
   動量表象中氫原子徑向函數的完備集
9. The eigenfunctions of the gaudin differential / / - operators as the laughlin wavefunction are solved by bethe ansatz
   同時， gaudin模型l -算子的本征函數作為laughlin波函數也可以用betheansatz方法來求解。
10. < uk > since we get continuous rather than discrete allowed values for e 0 , the positive - energy eigenfunctions are called continuum eigenfunction . < / uk >
    < uk >由于對e 0得到連續的而非分立的允許值，正能量的本征函數叫做連續譜本征函數。 < / uk >
11. If only the eigenvalue of a and not the eigenfunctions are desired , it is not necessary , according to section 3 . 3 , to obtain the transformation matrix s
    假如僅需求出a的本征值而不要求出本征函數，那么按照本章第3 3節，就不必求出變換矩陣s 。
12. The compound matrix method is used to obtain the eigenfunctions of stiff six - dimensional differential equations subject to an equal number of separated boundary conditions at end points
    摘要對于有邊界條件的且有邊界層的微分方程組，常常使用復合矩陣法獲得特征函數。
13. A method is presented in which raising or lowing operator is used , to obtain the general expression of eigenfunctions of operators of observerbles . this method is much simpler than others
    給出一種利用升或降算符計算力學量算符本征函數一般表達形式的方法.這種方法比其它方法簡單得多
14. A new type of resonant in x - band is given . the eigenfrequencies and eigenfunctions of tm mode of three four and five - cavity resonant is studied . the self modulation of the working modes which are 2 / 4 mode in three - cavity , 3 / 5 mode in four - cavity , 4 / 6 mode in five - cavity is simulated by pic code magic
    采用粒子模擬的方法分別研究了電子束與三腔、四腔、五腔的互作用，研究結果表明：三腔中2 / 4模、四腔中3 / 5模、五腔中4 / 6模是工作模式。
15. We construct eigenfunctions from the linear combination of the b - spline functions and the truncated fourier series , and extend pseudospectral method to calculate above - threshold ionization electron spectrum of one - dimensional atom in intense laser fields . our results are also in very good agreement with those of split - operator method
    本文還利用b樣條函數和傅立葉級數的線性組合構造原子未微擾的本征函數，將偽譜方法推廣用來計算一維模型原子在強激光場中的閾上電離譜，其結果與分裂算符方法所得的結果也符合得很好。
16. The numerical method based on the coupling of the finite difference method in time domain with the discrete fast fourier transform is applied to calculate the first four eigenfrequencies and eigenfunctions of the six - cavity with open boundary . the absorbing boundary condition for tem wave is tested numerically , and it is applied to writing the code . the cold testing of the cavity is done and the results are good agreement with the numerical results
    計算x波段六腔開放腔前四個模式的場分布;根據第二章公式分別計算x波段六腔開放腔前四個模式的電子負載電導并總結了這四種工作模式渡越效應的規律，基于這種小信號理論分析了x波段渡越輻射振蕩器，得到了工作模式及可能產生的模式競爭。