2 article(s) from Schmid, Martina
- Review
- Published 12 Dec 2018
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Figure 1: Design of a planar CIGSe solar cell.
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Figure 2: Scheme of the micro-concentrator solar cell concept.
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Figure 3: Schematic representation of ordered indium island growth on fs-laser structured, molybdenum-coated ...
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Figure 4: Optical micrographs of fs-laser-treated glass. For each line, the number of pulses per spot, N, is ...
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Figure 5: Scanning electron micrographs of laser-induced modifications on glass. Laser parameters: F = 1.63 J...
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Figure 6: Scanning electron micrographs of individual laser-generated ablation spots on glass (top row) and c...
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Figure 7: Optical micrographs of a laser-generated spot array on glass (left) and a corresponding array after...
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Figure 8: Scheme of laser-induced forward transfer. The scale bars in the OM insets on the right-hand side co...
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Figure 9: Optical micrographs of LIFT deposits on molybdenum on glass. Cu–In donor layer: 20 nm copper, 200 n...
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Figure 10: Scheme of the bottom-up process for the preparation of CISe or CIGSe microabsorbers via the nucleat...
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Figure 11: Processing of In precursor islands prepared by the nucleation approach (left) to CISe micro absorbe...
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Figure 12: Scheme of the process for manufacturing solar cells from microabsorbers. a) CISe absorber, b) spin ...
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Figure 13: Cross section of a CISe micro absorber island after processing to a micro cell imaged by tilted-vie...
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Figure 14: Electrical characterization with different light concentration factors for a CISe microcell from th...
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Figure 15: Electrical characterization under various light concentration factors for CIGSe micro cell from nuc...
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Figure 16: Electrical characterization under various light concentration factors for CIGSe micro cell from LIF...
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