Metal enhanced photoluminescence by 70 keV Ag ions implanted at various fluences in quartz substrates was studied using drop casted CsPbX (X = Br₃, I₃, BrI₂) perovskites. Concentration and depth profile of the implanted Ag was determined by Rutherford Backscattering Spectrometry. Ag nanoparticles existence was confirmed by optical absorption spectroscopy. Photoluminescence enhancement was obtained using steady state photoluminescence spectroscopy and enhancement was observed for CsPbBrI₂ and CsPbI₃ reaching as high as 3.6 and 5.9 fold, respectively. Whereas, a 60% photoluminescence quenching was observed for CsPbBr_3, which could be attributed to the non-radiative energy transfer from perovskite to nanoparticles.

使用滴铸的CsPbX（X = Br ₃，I ₃，BrI ₂）钙钛矿研究了通过以各种能量密度注入到石英基板中的70 keV Ag离子增强的金属发光。通过卢瑟福背散射光谱法确定注入的银的浓度和深度分布。通过光吸收光谱法确认了Ag纳米颗粒的存在。使用稳态光致发光光谱学获得了光致发光增强，并且观察到CsPbBrI ₂和CsPbI ₃增强分别达到3.6和5.9倍。而CsPbBr ₃观察到60％的光致发光猝灭_， 这可能归因于钙钛矿到纳米粒子的非辐射能量转移。