Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一，算法可用于计算某些连续映射的零点，且具有跟踪连通零点集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、零点跟踪、自动关机、单位置换等功能，是理的新一代量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利用次线项在零点附近的凹和可积，用移动平法给出了一类次线椭圆程正解的对.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

要 本文利用次线项在零点附近的凹和可积，用移动平法给出了一类次线椭圆程正解的对.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可于计算某些续映射的零点，且具有跟零点集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、零点跟、自动关机、单位置换等功能，是理的新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利次线项在零点附近的凹和可积，动平面法给出了一类次线椭圆方程正解的对称.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利次线项在零点附近的凹和可积，动平面法给出了一类次线椭圆方程正解的对称.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可用于计算某些连续映射的零点，且具有跟踪连通零点集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、零点跟踪、自动关机、单位置换等功能，是理的新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利用项在零点附近的凹和可积，用移动平面法给出了一类椭圆方程正解的对称.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利用项在零点附近的凹和可积，用移动平面法给出了一类椭圆方程正解的对称.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可用于计算某些连续映射的，且具有踪连通集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、踪、自动关机、单位置换等功能，是理的新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利用次线附近的凹和可积，用移动平面法给出了一类次线椭圆方程正解的对称.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利用次线附近的凹和可积，用移动平面法给出了一类次线椭圆方程正解的对称.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可于计算某些续映射的点，且具有跟踪点集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、点跟踪、自动关机、单位置换等功能，是理的新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利次线项在点附近的凹和可，移动平面法给出了一类次线椭圆方程正解的对称.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利次线项在点附近的凹和可，移动平面法给出了一类次线椭圆方程正解的对称.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可用于计算某些连续映射零点，且有跟踪连通零点集功.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

有去皮、零点跟踪、自动关机、单位置换等功，是理新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利用次线性项在零点凹性和可积性，用移动平面法给出了一类次线性椭圆方程正解对称性.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利用次线性项在零点凹性和可积性，用移动平面法给出了一类次线性椭圆方程正解对称性.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可用于计算某些连续映射的，且具有跟踪连通集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、跟踪、自动关机、单位置换等功能，是理的新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利用次线性项附近的凹性和可积性，用移动平面法给出了一类次线性椭圆方程正解的对称性.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利用次线性项附近的凹性和可积性，用移动平面法给出了一类次线性椭圆方程正解的对称性.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可用于计算某些连续映射的零，且具有连通零集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、零、自动关机、单位置换等功能，是理的新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利用次在零附近的凹和可积，用移动平面法给出了一类次椭圆方程正解的对称.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利用次在零附近的凹和可积，用移动平面法给出了一类次椭圆方程正解的对称.

Meanwhile, this algorithm provides approximate zeros of continuous mapping on Euclidian space and, in some casest can follow the pathwise connected set of zeros.

另一方面，这算法可于计算某些续映射的零点，且具有跟零点集的功能.

It also has the functions: taring , zero tracking, auto shut-off, units changeable and so on .The Portable Electronic Scale will be an ideal next-generation weighing tool.

具有去皮、零点跟、自动关机、单位置换等功能，是理的新一代称量产品。

With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

本文利次线项在零点附近的凹和可积，动平面法给出了一类次线椭圆方程正解的对称.

Abstract With the concavity and integrability of sublinear terms near zero,the symmetry results for a class of sublinear elliptic equations are given by making use of the moving-plane method.

摘 要 本文利次线项在零点附近的凹和可积，动平面法给出了一类次线椭圆方程正解的对称.