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From the ratio between the polycrystalline and the single crystalline P values in Eu0.6 Y0.4 MnO3, the correction coefficient to convert the observed P value into the expected value for the single crystal was estimated to be 6. All the P values in Figs. are corrected with this coefficient. This estimation is consistent with the naive expectation that the polycrystalline P value, even if fully poled, should be 1/3 of the single crystalline P value and even smaller since the poling for the polycrystals cannot be complete because of the random poling directions
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From the ratio between the polycrystalline and the single crystalline P values in Eu 0.6 Y 0.4 MnO 3, the correction coefficient to convert the observed P value into the expected value for the single crystal was estimated to be 6. All the P values in Figs. are corrected with this coefficient. This estimation is consistent with the naive expectation that the polycrystalline P value, even if fully poled, should be 1/3 of the single crystalline P value and even smaller since the poling for the polycrystals cannot be complete because of the random poling directions.
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