| 1. | Proof of two orthogonal systems composed of n order bessel functions
阶贝塞尔函数组成的两个正交系的证明 |
| 2. | The proofs of the two orthogonal function systems formed by first order bessel functions
由一阶贝塞尔函数组成的两个正交系的证明 |
| 3. | Remember that the evolution of each partial is determined by its corresponding bessel function
有时，这种变化可能在短时间内出现或声音本声的整体持续可能非常短暂。 |
| 4. | The scattering intensity and polarization properties of different size particles are simulated by the ricatti - bessel functions
摘要利用黎卡地贝塞尔函数模拟了不同粒子尺度的散射光强和偏振特性。 |
| 5. | Bessel function design simulation results show the small pass - band ups , stop - band attenuation , in the pass - band with a better group delay characteristics , which can meet the design requirements
仿真结果表明贝塞尔函数设计的滤波器通带起伏小，阻带衰减大，在通带内群延迟特性较好，可以很好满足设计要求。 |
| 6. | Butterworth - type and bessel function - type two ways are used for design of bandpass filter for receiver , and with the help of eda simulation tools , the bold plot and the group delay characteristics of the filters designed are compared
摘要采用巴特沃思型和贝塞尔函数型2种方法进行接收机带通滤波器设计，借助eda对该滤波器进行波特图和群延迟特性的比较。 |
| 7. | In chapter two , the principle of absolutely calibrating is presented . two kinds of interference measurement methods are introduced : counting of frequency ratio method and bessel function method , and the accuracy of the two methods are analyzed
第二章阐释了激光干涉测振原理，进而介绍了实现激光干涉测振的两种方法? ?频比计数法和贝塞尔函数法，并对两种方法的精度进行了分析。 |
