1.
Absolutely Stable Explicit Difference Scheme for Sloving Parabolic Equation of Higher Order
高阶抛物型方程恒稳的显式差分格式
2.
An Explicit Finite Difference Scheme for Heisenberg Chain Equations;
一类Heisenberg链方程组的显式差分解
3.
Convergence on Finite Difference Solution for A-C Equation;
拟线性A-C方程的显式差分解的收敛性
4.
A Class of High Accuracy Explicit Difference Schemes for Solving the Parabolic Equations;
解抛物型方程的一类高精度显式差分格式
5.
An Explicit Difference Scheme with High-Order Accuracy for Solving Parabolic Equation
解抛物型方程的一个高精度显式差分格式
6.
Research on Automatic Parallization of the CFD Programs with Time Sche(?)(?)es;
CFD显式差分计算程序的自动并行技术研究
7.
Some conclusions of the solution of an explicit finite difference scheme for a dissipative generalized kdv equations;
关于一类广义kdv方程显式差分解的几个结果
8.
An Unconditionally Stable High-Order Semi-Explicit Difference Method for Solving 3D Heat Conduction Equation
三维热传导方程恒稳定的高精度半显式差分方法
9.
Analysis of Positioning and Orientation Deviation Impact on Explicit Guidance
显式制导下定位定向误差的影响分析
10.
A highly accurate compact explicit difference scheme for extended Boussinesq equations
改进型Boussinesq方程高精度紧致差分显格式
11.
Implicit Finite Difference Schemes of a Space Fractional Advection-dispersion Equation with Mixed Problems;
空间分数阶对流扩散方程混合问题的显式有限差分格式
12.
An Unconditionally Stable Semi-explicit High-order Difference Scheme for the Two-dimensional Diffusion Equation
求解二维扩散方程的一种恒稳定的半显式高精度差分格式
13.
differential interference contrast microscope
微分干涉相差显微镜
14.
ROMBERG S QUADRATURE FORMULA AND IT S ERROR;
显示Romberg求积公式及其误差
15.
On the Prominence and Metaphor of "Man(满)+NP" and "Quan(全)+NP"
“满+NP”与“全+NP”的突显差异及其隐喻模式
16.
By using the optimized covariance matrices to optimize the new regularized discriminant analysis (RDA), the correct classification rate is higher than that by the old RDA.
利用优化的协方差矩阵对正则化判别分析方法进行优化，其模式分类正确率有显著提高。
17.
Evaluation of Clinical Application of Flow Cytometer UF-1000i and the Phase Difference Microscope in Diagnosing the Origin of the Hematuria
流式尿有形成分分析仪UF-1000i联合相差显微镜在血尿来源诊断中的应用评价
18.
The analysis of variance showed that the difference among treatments reached at the 1% significant level.
方差分析表明，处理间差异达到1%显著水平。