In this paper, we study positive solutions of the elliptic equation
βΞπ’=ππ(π₯)πΌπ’βπ(π₯)ππ’πinΞ©,
where πΌ>2,π>βπΌ, π>1, π(π₯)=πππ π‘(π₯,πΞ©), and Ξ© is a bounded smooth domain in βπ(πβ©Ύ2). When πΌ=2, the term 1π(π₯)πΌ=1π(π₯)2 is often called a Hardy potential, and the equation in this case has been extensively investigated. Here we consider the case πΌ>2, which gives a stronger singularity than the Hardy potential near πΞ©. We show that when π<0, the equation has no positive solution, while when π>0, the equation has a unique positive solution, and it satisfies
limπ(π₯)β0π’(π₯)π(π₯)πΌ+ππβ1=π1πβ1.