电子论运动方程的一个严格解

严格求解了由Moniz和Sharp导出的非相对论经典电子方程．结果表明当电子半径大于一个临界长度时，方程的解表现出良好的性质，不会出现奔离和预加速的现象．这个特定的长度也是对经典电动力学适用范围的一个粗略估计．     

Hartmann势加新环型势的相对论束缚态解(英文)

在矢势与标势相等的情况下,对Hartmann势加新环型势的Klein-Gordon方程精确求解.给出了归一化的角向和径向波函数,同时获得了能谱方程.     

变系数MKdV方程的Baecklund变换和精确解

在假设系数线性相关的情况下,利用齐次平衡法得到了变系数MKdV方程的Baecklund变换,并利用此Baecklund变换得到了求解该方程的一般方法 利用截断展开法和延拓齐次平衡法得到了该方程的一组精确孤子解.     

刚性对称陀螺分子斯塔克效应的精确解

本文给出了在任意指定的精确度下，计算刚性对称陀螺分子在任意强度的外电场中的斯塔克分裂能级的方法，并将此方法具体应用到氯代甲烷分子．     

A simple method to construct soliton-like solution of the general KdV equation with external force

A simple and direct method is described to construct the soliton-like solution for the general KdV equation with external force. Crucial to the method is the assumption that the solution chosen is a special truncated expansion.     

G.728中增益码书的研究

阐述了G.728编码器中增益预测器的作用；定性地对增益码书进行深入的分析，认为gi的精确表达对合成语音质量改善有很大提高，提出使用归一化波形码书的重要性。研究旨在探索一条实现8kB/sLD-CELP算法的途径。     

n次单位根在代数问题中的应用

主要论述n次单位根在一些组合数求和、多项式的整除、因式分解中的应用,说明了n次单位根法可拓宽解题思路,是一种方便、快捷的数学解题方法.     

Exact Equilibrium Solutions for Linearly Elastic Plate-Like Bodies

A three-dimensional, explicit and exact, equilibrium solution is derived for transversely isotropic, linearly elastic bodies in the form of a right cylinder simply supported over its lateral boundary and loaded over its end faces. This solution, which generalizes an earlier proposal of Levinson in various respects, is to serve as a benchmark for the corresponding plate theories. This revised version was published online in August 2006 with corrections to the Cover Date.     

2+1 维 Kadomtsev-Petviashvili 方程的 Bcklund 变换和精确解

采用一种新的方法并借助计算机代数的符号运算，求出了２＋１维Ｋａｄｏｍｔｓｅｖ－Ｐｅｔｖｉａｓｈｖｉｌｉ（ＫＰ）方程的一种自Ｂａｃｋｌｕｎｄ变换，并得到ＫＰ方程的三组精确解，其中一组为孤波解．     

A successive quadratic programming algorithm with global and superlinear convergence properties

This paper presents a successive quadratic programming algorithm for solving general nonlinear programming problems. In order to avoid the Maratos effect, direction-finding subproblems are derived by modifying the second-order approximations to both objective and constraint functions of the problem. We prove that the algorithm possesses global and superlinear convergence properties.This work was supported in part by a Scientific Research Grant-in-Aid from the Ministry of Education, Science and Culture, Japan.