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IMG 20201004 130112
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2.33 MB |
2020-10-11 |
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IMG 20200922 205108
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1.65 MB |
2020-10-11 |
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IMG 20200922 162642
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2.14 MB |
2020-10-11 |
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IMG 20200922 201304
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3.74 MB |
2020-10-11 |
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IMG 20200922 154852
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949.75 KB |
2020-12-15 |
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solar history
Historic evolution of the solar cell technology, starting from the electrolyte-based mesoscopic DSSC,8 the ssDSSC where the electrolyte is replaced with an organic p-type hole conductor,32,57the ETA cell where the dye is replaced with an ETA semiconductor layer,27,58 to the MSSC,15 where the ETA is replaced with a perovskite absorber and the n-type TiO2 is replaced with a porous insulating scaffold. Three likely future directions for the perovskite technology are indicated: (i) porous perovskite distributed p−n heterojunction solar cells, where the Al2O3 is removed but the perovskite is directly structured to give a porous film subsequently filled in with a charge conductor, (ii) thin-film p−i−n perovskite solar cells where no porosity is required and the device takes on the structure of an intrinsic, or at least ambipolar, thin perovskite film sandwiched between p- and n- type charge-extracting contacts, or (iii) semiconductor MSSCs, where any solution-processed semiconductor, such as SbS,27 can be... |
1.39 MB |
2022-11-18 |
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TiO2 sintering temperature curve
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189.81 KB |
2022-12-17 |
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The equation of conversion efficiency of DSSC
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80.33 KB |
2022-12-17 |
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structure comparison of DSSC in different generation.
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1.31 MB |
2022-12-17 |
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Daiki Kanaoka, NGM interview
Screenshot of Jitsi meeting on June 17, 2022. |
6.85 MB |
2022-12-17 |
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Blue Women online performance
Blue Women performative talk at NTCRI |
469.60 KB |
2022-12-17 |
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TiO2 laser sintering with 1064nm laser 01
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520.97 KB |
2022-12-17 |
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TiO2 laser sintering with 1064nm laser 02
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495.87 KB |
2022-12-17 |
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DIY DSSC dyed with natural dye 01
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463.83 KB |
2022-12-17 |
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DIY DSSC dyed with Shulam Yam dye 01
Dye sensitized solar cell with TiO2 layer dyed with liquid of Dioscorea cirrhosa Lour, Shulam yam. |
353.20 KB |
2022-12-17 |
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DSSC sintering in pottery kiln
The photoanode of DSSC is being putting into a kiln for conventional pottery firing. |
416.21 KB |
2022-12-17 |
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DSSC experiments based on p25 01
p25 sintered particle was transferred to conductive EMI tape with adhesive. |
533.06 KB |
2022-12-17 |
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DSSC experiments based on p25 02
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262.65 KB |
2022-12-17 |
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DSSC experiments based on p25 03
Kombucha membrane formed and brewed with P25 TiO2 particles and berry juice. |
256.58 KB |
2022-12-17 |
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DSSC experiments based on p25 04
DIY DSSC, the electrolyte layer was made with gelatin, and the counter electrode was made with gelatin and activate charcoal powders. |
471.70 KB |
2022-12-17 |
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DSSC experiments based on p25 05
DIY DSSC, the electrolyte layer was made with gelatin, and the counter electrode was made with gelatin and activate charcoal powders. |
276.87 KB |
2022-12-17 |
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DSSC experiments based on p25 06
DIY DSSC, the electrolyte layer was made with gelatin, and the counter electrode was made with gelatin and activate charcoal powders. |
581.48 KB |
2022-12-17 |
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Laser Wave Form Reading From A Silicon Solar Cell
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350.04 KB |
2023-01-28 |
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Blue Women online performance 2
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185.06 KB |
2023-01-28 |
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HFF Indigo DSSC workshop at NTCRI 01
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211.89 KB |
2023-01-28 |
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