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Sensors 2020, 20, 2398 Sensors 2020, 20, x 6 of 13 (b) paper substrate, the size bar is 200μm in length. Sensors 2020, 20, x 7 of 14 (a) (b) Figure 5. Microscopic images (10×) of printed single drops before sintering on type 4 (a) and type 7 (b) substrate, the size bar is 200μm in length. Microscopic images of the cross section perfectly illustrate the different nature of printed layers on non-porous PET substrate (Figure 6a) compared to the porous paper substrate (type 4, Figure 6b). While the Ag-layer on PET is quite homogeneous with an estimated thickness of 2.5 μm, the ink (a) obviously penetrates the fibres of the paper substrate. Hence, an estimation of the layer thickness is not trivial in this case. 6 of 13 (a) Figure 4. Microscopic images (20×) of the printed, cured and sintered Ag-layer on type 4 (a) and type Figure 4. Microscopic images (20×) of the printed, cured and sintered Ag-layer on type 4 (a) and type 7 7 (b) paper substrate, the size bar is 200μm in length. (b) (b) Figure 5. Microscopic images (10×) of printed single drops before sintering on type 4 (a) and type 7 Figure 5. Microscopic images (10×) of printed single drops before sintering on type 4 (a) and type 7 (b) (b) substrate, the size bar is 200μm in length. substrate, the size bar is 200μm in length. Microscopic images of the cross section perfectly illustrate the different nature of printed layers on non-porous PET substrate (Figure 6a) compared to the porous paper substrate (type 4, Figure 6b). While the Ag-layer on PET is quite homogeneous with an estimated thickness of 2.5 μm, the ink obviously penetrates the fibres of the paper substrate. Hence, an estimation of the layer thickness is not trivial in this case.PDF Image | Inkjet-Printed Ag-Layers on Flexible, Uncoated Paper Substrates
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