Abstract

Let ΩΩ be a cone in Rn\mathbb{R}^{n} with n≥2n\ge 2. For every fixed α∈Rα\in\mathbb{R} we find the best constant in the Rellich inequality ∫Ω∣x∣α∣Δu∣2dx≥C∫Ω∣x∣α−4∣u∣2dx\int_Ω|x|^α|Δu|^{2}dx\ge C\int_Ω|x|^{α-4}|u|^{2}dx for u∈Cc2(Ωˉ∖{0})u\in C^{2}_{c}(\barΩ\setminus\{0\}). We also estimate the best constant for the same inequality on Cc2(Ω)C^{2}_{c}(Ω). Moreover we show improved Rellich inequalities with remainder terms involving logarithmic weights on cone-like domains.

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