Fig. 2: TEM characterisation of Li2ZnSiO4:Mn2+.
From: Mn2+-activated dual-wavelength emitting materials toward wearable optical fibre temperature sensor
a HR-TEM image of a Li2Zn0.85SiO4:0.15Mn2+ particle. The inset shows the low-resolution TEM image of the Li2Zn0.85SiO4:0.15Mn2+ particle. b fast Fourier-transform diffraction patterns of the Li2Zn0.85SiO4:0.15Mn2+ particle viewed along \([3\mathop{1}\limits^{-}0]\) zone axis taken from the HR-TEM in Fig. 2a. c Selected area electron-diffraction pattern of the Li2Zn0.85SiO4:0.15Mn2+. d, f The simulated electron-diffraction pattern and the corresponding crystallographic model of M7 viewed along \([3\mathop{1}\limits^{-}0]\) zone axis. e, g The simulated electron-diffraction pattern and the corresponding crystallographic model of Li2ZnSiO4 viewed along \([3\mathop{1}\limits^{-}0]\) zone axis.
