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Enhanced spectral response in laser diffused pn junction solar cells

Enhanced spectral response in laser diffused pn junction solar cells

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© The Institution of Electrical Engineers
Published

The characteristics of a pn junction solar cell fabricated by a combined laser and incoherent lamp diffusion method have been measured. A novel device structure which shows an enhanced spectral response is described.

Inspec keywords: diffusion in solids; semiconductor doping; solar cells; laser beam applications

Other keywords: device structure; pn junction solar cell; laser diffusion; enhanced spectral response; incoherent lamp diffusion method

Subjects: Doping and implantation of impurities; Photoelectric conversion; solar cells and arrays; Solar cells and arrays; Laser applications; Semiconductor doping; Laser beam applications

References

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      • H.J. Hovel , K. Willardson , A.C. Beer . (1975) Solar cells, Semiconductors and semimetals.
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      • Phosphorosilica Film, Emulsitone Company, New Jersey, USA.
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      • Borofilm 100, Emulsitone Company, New Jersey, USA.
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      • P.G. Carey , T.W. Sigmon , R.I. Press , T.S. Fahler . Ultrashallow high-concentration boron profiles for CMOS processing. IEEE Electron Dev. Lett. , 291 - 293
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