T Nguyen, Defects in Organic Semiconductors and Devices (Wiley, 2023) – google, doi
H Haneef, A Zeidell, O Jurchescu, Charge carrier traps in organic semiconductors: a review on the underlying physics and impact on electronic devices, JMCC 8, 759 (2020) – doi
D Abbaszadeh, A Kunz, N B Kotadiya, A Mondal, D Andrienko, J J Michels, G A H Wetzelaer, P W M Blom, Electron Trapping in Conjugated Polymers, CM 31, 6380 (2019) – doi
R Schmechel, H von Seggern, Electronic traps in organic transport layers, PSSA 201, 1215 (2004) – doi
Y Huang, K Wu, Y Sun, Y Hu, Z Wang, L Yuan, S Wang, D Ji, X Zhang, H Dong, Z Gong, Z Li, X Weng, R Huang, Y Cui, X Chen, L Li, W Hu, Unraveling the crucial role of trace oxygen in organic semiconductors, Nat Commun 15, 626 (2024) – doi
O Sachnik, X Tan, D Dou, C Haese, N Kinaret, K Lin, D Andrienko, M Baumgarten, R Graf, G Wetzelaer, J Michels, P Blom, Elimination of charge-carrier trapping by molecular design, NM 22, 1114 (2023) – doi, zip
M Diethelm, M Bauer, W Hu, C Vael, S Jenatsch, P Blom, F Nuesch, R Hany, Electron Trap Dynamics in Polymer Light-Emitting Diodes, AFM 32, 2106185 (2022) – doi
I Jacobs, G D'Avino, V Lemaur, Y Lin, Y Huang, C Chen, T Harrelson, W Wood, L Spalek, T Mustafa, C O'Keefe, X Ren, D Simatos, D Tjhe, M Statz, J Strzalka, J Lee, I McCulloch, S Fratini, D Beljonne, H Sirringhaus, Structural and Dynamic Disorder, Not Ionic Trapping, Controls Charge Transport in Highly Doped Conducting Polymers, JACS 144, 3005 (2022) – doi
H Iqbal, E Holland, J Anthony, O Jurchescu, Real-time monitoring of trap dynamics reveals the electronic states that limit charge transport in crystalline organic semiconductors, MH 7, 2390 (2020) – doi
N Kotadiya, A Mondal, P Blom, D Andrienko, G Wetzelaer, A window to trap-free charge transport in organic semiconducting thin films, Nat Mater 18, 1182 (2019) – doi
M Nikolka, K Broch, J Armitage, D Hanifi, P Nowack, D Venkateshvaran, A Sadhanala, J Saska, M Mascal, S Jung, J Lee, I McCulloch, A Salleo, H Sirringhaus, High-mobility, trap-free charge transport in conjugated polymer diodes, Nat Commun 10, 2122 (2019) – doi
M Nikolka, G Schweicher, J Armitage, I Nasrallah, C Jellett, Z Guo, M Hurhangee, A Sadhanala, I McCulloch, C Nielsen, H Sirringhaus, Performance Improvements in Conjugated Polymer Devices by Removal of Water-Induced Traps, AM 30, 201801874 (2018) – doi
M Nikolka, I Nasrallah, B Rose, M K Ravva, K Broch, A Sadhanala, D Harkin, J Charmet, M Hurhangee, A Brown, S Illig, P Too, J Jongman, I McCulloch, J L Bredas, H Sirringhaus, High operational and environmental stability of high-mobility conjugated polymer field-effect transistors through the use of molecular additives, Nat Mater 16, 356 (2017) – doi
T Adachi, J Vogelsang, J Lupton, Unraveling the Electronic Heterogeneity of Charge Traps in Conjugated Polymers by Single-Molecule Spectroscopy, JPCL 5, 573 (2014) – doi
H Nicolai, M Kuik, G Wetzelaer, B de Boer, C Campbell, C Risko, J Bredas, P Blom, Unification of trap-limited electron transport in semiconducting polymers, NM 11, 882 (2012) – doi
H Nicolai, M Mandoc, P Blom, Electron traps in semiconducting polymers: Exponential versus Gaussian trap distribution, PRB 83, 195204 (2011) – doi
D Tsiaousis, R Munn, Charge-dipole energy in imperfect molecular crystals: Application to carbazole in anthracene, JCP 117, 10860 (2002) – doi
A Kadashchuk, N Ostapenko, Y Skryshevski, S Izvekov, V Sugakov, Charge-carrier dipole traps caused by orientational defects in carbazole crystals, J Lumin 85, 113 (1999) – doi
W Warta, R Stehle, N Karl, Ultrapure, high mobility organic photoconductors, Appl Phys A 36, 163 (1985) – doi