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Beilstein J. Nanotechnol. 2019, 10, 2440–2448, doi:10.3762/bjnano.10.234
Figure 1: Deposition of [Tb(hfac)3·2H2O]n on the mica substrate.
Figure 2: AFM topography images of [Tb(hfac)3·2H2O]n@mica (a) 30 minutes and (b) 1 day after deposition showi...
Figure 3: Analysis of the AFM image shown in Figure 2b: (a) 2D-FFT analysis highlighting the three preferential direct...
Figure 4: AFM images of [Tb(hfac)3·2H2O]n@mica taken in semi-contact mode consecutively in the same region of...
Figure 5: Comparison of the frequency dependence of the in-phase (filled circles) and the out-of-phase (empty...
Figure 6: Excitation (red) and emission (black) spectra of bulk [Tb(hfac)3·2H2O] (top), 10−5 M Tb(hfac)3 in C...
Figure 7: Crystal structure of [Tb(hfac)3·2H2O]n [22] with H-bond network highlighted as blue dotted bonds (carbo...
Beilstein J. Nanotechnol. 2019, 10, 2073–2083, doi:10.3762/bjnano.10.202
Figure 1: SEM micrographs (a) 2000× sample S3, (b) 20,000× sample S1, (c) 40,000× sample S3, (d) 80,000× samp...
Figure 2: Plot of the trends between two difference balances, where the squares represent the position of the...
Figure 3: Experimental and calculated diffractograms and related models for sample a) S3, b) S2 and c) S1. Ex...
Figure 4: Raman spectra for the samples a) S1, b) S2 and c) S3.
Figure 5: Cu (a,b) and Sn (c,d) K-edge EXAFS (a,c) and Fourier transform (b,c) of the studied samples. The ex...