Radial Junction Crystalline Silicon Solar Cells By Metal Assisted Electroless Etching

Date

2016-10-28

Author

Baytemir, Gülsen
Es, Fırat
Turan, Raşit

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https://hdl.handle.net/11511/88044

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Radial junction solar cells prepared on crystalline si by metal assisted electroless etching Baytemir, Gülsen; Es, Fırat; Turan, Raşit (null; 2016-06-05) Radial junction solar cell has been proposed as an alternative device geometry to conventional planar solar cells with its remarkable electrical and optical performance. In this geometry, micro/nano pillars on the surface allow minority carrier collection in the radial direction and shorten the carrier diffusion length. Moreover, increased light trapping in the pillars and reduced reflection from surface enhance the solar cell efficiency. In their letter (article no. 1600444) Baytemir et al. have investigat...
Radial junction solar cells prepared on single crystalline silicon wafers by metal-assisted etching BAYTEMİR, Gulsen; ES, FIRAT; ALAGOZ, Arif Sinan; Turan, Raşit (2017-05-01) Radial junction solar cells have been proposed as an alternative device geometry to conventional planar solar cells with its remarkable electrical and optical performance. In this geometry, densely packed nano/micropillars allow minority carrier collection in the radial direction and shorten carrier diffusion length to p-n junction. Besides, reduced reflection from surface and increased light trapping in nano/micropillars enhance solar cell efficiency. In this study, photolithography and metal-assisted etch...
Radial Junction Solar Cells on Low Quality Wafers Baytemir, Gülsen; Es, Fırat; Turan, Raşit (2017-09-22)
Radial motion of highly conducting sphere in magnetic field Gurcan, OD; Mirnov, VV; Ucer, D (2000-05-01) Radial motion of a highly conducting sphere in external magnetic field is considered. It both perturbs the external magnetic field and generates an electric field. Exact analytic solution has been obtained previously for a uniformly expanding sphere. In the present paper a new exact solution is derived which is valid not only for expansion but for contraction as well. It allows us to calculate analytically the total electromagnetic energy irradiated by the sphere involved in periodical radial motion with ar...
Radial Heterojunction Solar Cell Consisting of n-Type Rutile Nanowire Arrays Infiltrated by p-Type CdTe Hosseini, Arezoo; Kar, Piyush; Hsieh, Ling-Hsuan; Wiltshire, Benjamin D.; Mohammadpour, Arash; Farsinezhad, Samira; Benlamri, Mourad; Zhang, Yun; Ercelebi, C.; Shankar, Karthik (2017-07-01) We report a p-n heterojunction solid-state solar cell comprised of p-type CdTe that was electrochemically deposited onto hydrothermally synthesized vertically oriented arrays of n-type single crystal rutile TiO2 nanowire arrays (RNWAs). The nanowires were grown on fluorine doped tin oxide (FTO)-coated transparent conductive glass substrates by hydrothermal synthesis. Morphological studies revealed the TiO2 nanowires to be completely infiltrated by the CdTe. The solid-state solar cell exhibited an open circu...

Citation Formats

G. Baytemir, F. Es, and R. Turan, “Radial Junction Crystalline Silicon Solar Cells By Metal Assisted Electroless Etching,” 2016, Accessed: 00, 2021. [Online]. Available: https://hdl.handle.net/11511/88044.