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Beilstein J. Nanotechnol. 2019, 10, 2505–2515, doi:10.3762/bjnano.10.241
Figure 1: Biotin immobilization on the hydroxy-terminated glasses via different click reactions. Hydroxy-term...
Figure 2: XPS characterization of a) the hydroxy-terminated (bottom) and the DBCO-terminated (top) glasses, b...
Figure 3: Schematic of the microarrays prepared for AFP detection. a) Incubating biotinylated surfaces with s...
Figure 4: Detection of the AFP antigen. a) Fluorescence of the microarrays after incubating fluorescently lab...
Figure 5: Evaluation of the sensitivity of the microarrays prepared from the sample of route 5 after incubati...
Beilstein J. Nanotechnol. 2013, 4, 807–814, doi:10.3762/bjnano.4.92
Figure 1: Molecular structure of [Fe4Dy2(OH)2(N-nbdea)4((CH3)3CCOO)6(N3)2] and its core. Solvent molecules, d...
Figure 2: The 57Fe Mössbauer spectra for [Fe4Dy2(OH)2(N-nbdea)4((CH3)3CCOO)6(N3)2] at 100 and 50 K (top); at ...
Figure 3: χT-vs-T plots at 0.1 T for 1 and 2 (inset). The solid line is the best fit to the experimental data....
Figure 4: 3 K Mössbauer spectrum of polycrystalline 2 recorded in a perpendicularly applied field of 5.0 T. T...
Figure 5: Plot of out-of-phase ac susceptibility signals vs temperature for 1 at the indicated oscillation fr...
Beilstein J. Nanotechnol. 2013, 4, 705–713, doi:10.3762/bjnano.4.80
Figure 1: Cycling behavior of C(FeF2)0.55, C(FeF2)0.55_200, C(FeF2)0.55_300 and C(FeF2)0.55_400. The material...
Figure 2: XRD pattern (Mo Kα) of: a) Nanocomposites with different C/F ratio, b) CFx precursors. *:FeF2; §:C ...
Figure 3: Measured Raman spectra and G-mode shifts of the different nanocomposites.
Figure 4: C K-edge EEL spectra of compounds with different carbon contents.
Figure 5: EEL spectra of C(FeF2)0.25_300. The spectrum shows the F K-edge and the Fe L3- and Fe L2-edges.
Figure 6: TEM and SAED pictures of a) C(FeF2)0.5_300, b) C(FeF2)0.35_300, c) C(FeF2)0.25_300 and d) one compl...
Figure 7: Discharge capacities at: a) 25 °C, b) 40 °C. The samples were cycled with a current density of 25 m...
Figure 8: Charge/discharge profiles for the first 20 cycles of the nanocomposites at 25 °C. The samples were ...
Figure 9: Long time cycling of C(FeF2)0.25_300. a) Specific discharge capacity at different temperatures, b) ...