| 1. | Difference schemes with intrinsic parallelism for dispersive equation
色散方程的一类本性并行的差分格式 |
| 2. | Alternating segment difference schemes for dispersive equations with diffusion
带扩散项色散方程的交替分组差分方法 |
| 3. | The parallel alternating difference implicit scheme for the dispersive equation
色散方程的一类新的并行交替分段隐格式 |
| 4. | Solving the dispersion equation is the main problem of self - gravitational system
求解色散方程是稳定性问题的中心问题。 |
| 5. | Local solvability of the cauchy problem of a fifth - order nonlinear dispersive equation
一类五阶非线性色散方程柯西问题的局部可解性 |
| 6. | A difference scheme with intrinsic parallelism and unconditional stability for dispersive equation
色散方程的一个绝对稳定的本性并行格式 |
| 7. | Sellmeier coefficients for the refractive indices of calcite at crystal different temperatures
冰洲石晶体色散方程解析研究及折射率温度系数表达式 |
| 8. | In this thesis , the dispersion relation ( eigen value equation ) of dispersion compensation fibers is obtained by a scalar - wave analysis
本文首先用标量近似法推导了色散补偿光纤的色散方程，这个结论适用于任何三包层光纤结构。 |
| 9. | There is a singularity in the dispersion equation . it is landau ' s excellent place to handle this singularity correctly when he encountered this problem in plasma physics
色散方程中存在奇点，对奇点的正确处理采用landau在等离子体物理中的处理方法。 |
| 10. | Through the analytic continuation of first order perturbation function in the - plane , we have that the integral path of dispersion equation should use the landau path
。通过将一级微扰函数在整个复频率平面上解析延拓，得到色散方程中的积分路径应采用landau积分路径。 |
