Effect of molecule dipole moment on hole conductivity of polycrystalline anthrone and anthrachinone layers
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Keywords

polycrystalline films
quasi amorphous films
amorphous films
anthrone
anthrachinone
hole drift mobility
carrier transport
TD-DFT

How to Cite

Kania, S., Kościelniak-Mucha, B., Kuliński, J., & Słoma, P. (2015). Effect of molecule dipole moment on hole conductivity of polycrystalline anthrone and anthrachinone layers. Scientific Bulletin. Physics, 36(1204), 14-26. https://doi.org/10.34658/physics.2015.36.14-26

Abstract

Complex analyzes were made using methods of molecular quantum mechanics to investigate the effect of the dipole moment of the molecule carrier drift mobility in polycrystalline layers composed of anthrone and anthrachinone molecules. The differences in the measured mobility values seems to be originated in the variations of the geometry of the frontier orbitals rather than the differences inherent in the crystal arrangement of these molecules, which after all, for both are nearly identical.

https://doi.org/10.34658/physics.2015.36.14-26
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