1) continuous fractional expansion
连续分数扩充
1.
The differentiator of fractional order based on the new derivative operator is implemented by using the method of the continuous fractional expansion.
从频域角度出发,分析了几种基于典型微分算子的IIR分数阶微分滤波器的数字实现,提出一种频率响应更接近理想微分的新算子,在此基础上运用连续分数扩充方法实现了分数阶微分滤波器的设计,并详细推导基于新算子的IIR分数阶微分滤波器的数字实现。
2) continous single-valley expansion solution
单谷扩充连续解
3) expanded by level top antiunimodal function
平顶单谷扩充连续解
4) Successive algebraic-extension field
连续代数扩域
5) extension of continuous function
连续函数的扩张
6) continuous fraction method
连续分数法
1.
By means of the continuous fraction method, the author obtains the exact solutions of the Schrdinger equation with the potential V(r)=Ar -4 +Br -3 +Kr -1 , which express the interactions between ions and atoms.
采用连续分数法得到了表示原子、离子间相互作用势V(r) =Ar-4+Br-3 +Kr-1的Schr dinger方程的精确解 。
2.
By means of the continuous fraction method,an exact solution of the radial Schro¨dinger equation for the potential V(r)=α1r4+α2r+β3r-1+β2r-3+β1r-4is obtained.
采用连续分数法，得到势Ｖ（ｒ）＝α１ｒ４＋α２ｒ＋β３ｒ－１＋β２ｒ－３＋β１ｒ－４的径向Ｓｃｈｒｏ¨ｄｉｎｇｅｒ方程的解析解，并作适当的讨
3.
By means of the continuous fraction method,an exact solution of the radial Schrdinger equation for the potential V(r)=α 1r 10 +α 2r 4+α 3r 2+β 3r -4 +β 2r -6 +β 1r -10 is obtained here.
采用连续分数法，得到势函数Ｖ（ｒ）＝α１ｒ１０＋α２ｒ４＋α３ｒ２＋β３ｒ－４＋β２ｒ－６＋β１ｒ－１０的径向Ｓｃｈｒ¨ｏｄｉｎｇｅｒ方程的精确解。
补充资料：连分数的渐近分数
连分数的渐近分数
convergent of a continued fraction
连分数的渐近分数l阴ve吧e时ofa阴‘毗d五，比.;n侧卫xp口.坦”八卯6‘] 见连分数(con tinued fraction).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条