| 11. | The perovskite structure can be deduced based on powder x-ray diffraction measurements.
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| 12. | Such a design is common for current perovskite or dye-sensitized solar cells.
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| 13. | The cuprate superconductors adopt a perovskite structure.
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| 14. | Natural compounds with this structure are perovskite, loparite, and the silicate perovskite bridgmanite.
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| 15. | Natural compounds with this structure are perovskite, loparite, and the silicate perovskite bridgmanite.
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| 16. | Only zirconolite and perovskite can accommodate actinides.
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| 17. | In 2015, researchers developed a prototype cell that used semitransparent perovskite with graphene electrodes.
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| 18. | Different from silicon with an indirect bandgap, perovskite material has a direct band gap.
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| 19. | For perovskite solar cells, the existence of a photon recycling effect is still unclear.
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| 20. | Perovskite solar cells have active materials with a crystalline structure identical to the mineral perovskite.
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