In this paper, the expression of the norm of a self-adjoint integral operator T ： L^2（0, ∞） → L^2 （0, ∞） is obtained. As applications, a new bilinear integral inequality with a best constant factor is establis...In this paper, the expression of the norm of a self-adjoint integral operator T ： L^2（0, ∞） → L^2 （0, ∞） is obtained. As applications, a new bilinear integral inequality with a best constant factor is established and some particular cases are considered.展开更多
In this paper,a new reverse extended Hardy＇s integral inequality is proved by means of weight coefficients and the technique of real analysis.Some particular results are considered.
基金Supported by the Emphases Natural Science Foundation of Guangdong Institutions of Higher Learning,College and University(No.05Z026)
文摘In this paper, the expression of the norm of a self-adjoint integral operator T ： L^2（0, ∞） → L^2 （0, ∞） is obtained. As applications, a new bilinear integral inequality with a best constant factor is established and some particular cases are considered.
基金Supported by the Natural Science Foundation of Guangdong Province (Grant No.70043344)
文摘In this paper,a new reverse extended Hardy＇s integral inequality is proved by means of weight coefficients and the technique of real analysis.Some particular results are considered.
