Does anybody know any paper regarding modeling of charge carriers and/or exciton transport in image sensors? The physics therein is very similar to the solar cells but there are some specifics. I'm looking for the literature concerning the image sensors spesially.
There are lots of papers out there dealing with the generation, confinement and transport of signal charge. One such paper is - G. M. Seabroke et al. “Modelling electron distributions within ESA's Gaia satellite CCD pixels to mitigate radiation damage”, Proc. SPIE 7439, Astronomical and Space Optical Systems, 743905 (17 September 2009); doi: 10.1117/12.825693
What actual information are you after?
Thanks for the answer! I'm interesting in models like drift-diffusion or Monte-Carlo methodes. Theye are widly used in OLED simulations.
Hi MVB,
The difference between photodiodes (with very similar physics to solar cells) and image sensors is mostly some engineering related. So I would suggest you review the OPDs literature as well as drift-diffusion modellings previously done for OPVs.
Some principles about the impact of charge transport properties in organic photodiodes are explained here:
https://www.researchgate.net/publication/264428141_Thick_junction_broadband_organic_photodiodes?ev=prf_pub
With best wishes
Article Thick junction broadband organic photodiodes
Ardalan, thank you very much for the link! I've already found some papers about OPV, but I'm very appreciative for a new review!
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