Data for: DC hopping photoconductivity via three-charge-state point defects in partially disordered semiconductors

Published: 17 November 2022| Version 2 | DOI: 10.17632/jmgrcgfrvs.2
Contributors:
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Description

File "DCphoto.m" provides Mathematica code for reproduction of Figures 2-5 of the article. See "DCphoto.pdf" for the results of the code execution.

Files

Steps to reproduce

- Open DCphoto.m file with Mathematica (ver. 6 or newer). - Execute code by pressing "Run Package" button or "Shift-Enter" for every cell. - Output files for Kd=0.5 should appear in the current directory. - Manually comment the line with Kd=0.5 and uncomment the line for Kd=0.25. - Execute code another time by pressing "Run Package" button. - Output files for Kd=0.25 should appear in the current directory. - Manually comment the line with Kd=0.25 and uncomment the line for Kd=0.75. - Execute code last time by pressing "Run Package" button. - Output files for Kd=0.75 should appear in the current directory.

Categories

Silicon, Photoconductivity

License