OPTIMIZATION OF SILICON SOLAR CELL BASE THICKNESS, WHILE ILLUMINATED BY A LONG WAVELENGTHMONOCHROMATIC LIGTH: INFLUENCE OF BOTH LORENTZ LAW AND UMKLAPP PROCESS | Zendy

Sega Diagne | Zendy; Ousmane Sow | Zendy; Gora Diop | Zendy; Richard Mane | Zendy; Ibrahima Diatta | Zendy; Djiby Ndiongue | Zendy; Youssou Traore | Zendy; Lemrabott Habiboullah | Zendy; Mamadou Wade | Zendy; Grégoire Sissoko | Zendy

Open Access

OPTIMIZATION OF SILICON SOLAR CELL BASE THICKNESS, WHILE ILLUMINATED BY A LONG WAVELENGTHMONOCHROMATIC LIGTH: INFLUENCE OF BOTH LORENTZ LAW AND UMKLAPP PROCESS

Author(s) -

Sega Diagne,

Ousmane Sow,

Gora Diop,

Richard Mane,

Ibrahima Diatta,

Djiby Ndiongue,

Youssou Traore,

Lemrabott Habiboullah,

Mamadou Wade,

Grégoire Sissoko

Publication year - 2022

Publication title -

international journal of advanced research

Language(s) - English

Resource type - Journals

ISSN - 2320-5407

DOI - 10.21474/ijar01/15158

Subject(s) - charge carrier , monochromatic color , base (topology) , solar cell , silicon , diffusion , wavelength , lorentz transformation , diffusion process , materials science , law , optics , physics , condensed matter physics , classical mechanics , optoelectronics , mathematics , thermodynamics , computer science , mathematical analysis , knowledge management , innovation diffusion , political science

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