Publications

Content: BALLATO, J., SEDDON, A., CLARE, A., PETIT, L., HU, J. and RICHARDSON, K., 2022. Future of optical glass education: Optical Materials Express Optical Materials Express. 12(7), 2625-2634

Content: LODRO, M., TAGHVAEE, H., GROS, J. B., GREEDY, S., LEROSEY, G. and GRADONI, G., 2022. Reconfigurable Intelligent Surface-assisted Classification of Modulations using Deep Learning

Content: JALAL, B., BLAKAJ, V., GREEDY, S. and EVANS, P., 2022. Real-Time Electromagnetic Visualisation for Large 3D Accelerated Models

Content: MOHAMMED, S. K., HASAN, A. H., DIMITRAKIS, G. and AZZOPARDI, B. J., 2022. Small bubbles formation and contribution to the overall gas holdup in large diameter columns of very high viscosity oil: International Journal of Multiphase Flow International Journal of Multiphase Flow. 152,

Content: TAS, M., MUSA, U. G., AHMED, I., XU, F., SMARTT, C. and HOU, X., 2022. Functionalised SiO2 modified icephobic nanocomposite electrospun membranes for outdoor electromagnetic shielding applications: Polymer Polymer. 240,

Content: DIMITRIJEVIC, T., ATANASKOVIC, A., SMARTT, C., JOKOVIC, J. and DONCOV, N., 2022. Validation of the Junction Wire Network Model Implemented in the Cylindrical TLM Method

Content: WANG, G., WANG, C., GAO, Y. J., WEN, S. P., MACKENZIE, R. C. I., GUO, L. X., DONG, W. and RUAN, S. P., 2022. Passivation agent with dipole moment for surface modification towards efficient and stable perovskite solar cells: Journal of Energy Chemistry Journal of Energy Chemistry. 64, 55-61

Content: MAITY, S., RAMANAN, C., ARIESE, F., MACKENZIE, R. C. I. and VON HAUFF, E., 2022. In Situ Visualization and Quantification of Electrical Self-Heating in Conjugated Polymer Diodes Using Raman Spectroscopy: Advanced Electronic Materials Advanced Electronic Materials.

Content: ZHU, L., ZHANG, M., XU, J., LI, C., YAN, J., ZHOU, G., ZHONG, W., HAO, T., SONG, J., XUE, X., ZHOU, Z., ZENG, R., ZHU, H., CHEN, C. C., MACKENZIE, R. C. I., ZOU, Y., NELSON, J., ZHANG, Y., SUN, Y. and LIU, F., 2022. Single-junction organic solar cells with over 19% efficiency enabled by a refined double-fibril network morphology: Nature Materials Nature Materials.

Content: WÖPKE, C., GÖHLER, C., SALADINA, M., DU, X., NIAN, L., GREVE, C., ZHU, C., YALLUM, K. M., HOFSTETTER, Y. J., BECKER-KOCH, D., LI, N., HEUMÜLLER, T., MILEKHIN, I., ZAHN, D. R. T., BRABEC, C. J., BANERJI, N., VAYNZOF, Y., HERZIG, E. M., MACKENZIE, R. C. I. and DEIBEL, C., 2022. Traps and transport resistance are the next frontiers for stable non-fullerene acceptor solar cells: Nature Communications Nature Communications. 13(1),

Content: BENVENUTI, E., PORTALE, G., BRUCALE, M., QUIROGA, S. D., BALDONI, M., MACKENZIE, R. C. I., MERCURI, F., CANOLA, S., NEGRI, F., LAGO, N., BUONOMO, M., POLLESEL, A., CESTER, A., ZAMBIANCHI, M., MELUCCI, M., MUCCINI, M. and TOFFANIN, S., 2022. Beyond the 2D Field-Effect Charge Transport Paradigm in Molecular Thin-Film Transistors: Advanced Electronic Materials Advanced Electronic Materials.

Content: WÖPKE, C., GÖHLER, C., SALADINA, M., DU, X., NIAN, L., GREVE, C., ZHU, C., YALLUM, K. M., HOFSTETTER, Y. J., BECKER-KOCH, D., LI, N., HEUMÜLLER, T., MILEKHIN, I., ZAHN, D. R. T., BRABEC, C. J., BANERJI, N., VAYNZOF, Y., HERZIG, E. M., MACKENZIE, R. C. I. and DEIBEL, C., 2022. Author Correction: Traps and transport resistance are the next frontiers for stable non-fullerene acceptor solar cells (Nature Communications, (2022), 13, 1, (3786), 10.1038/s41467-022-31326-z): Nature Communications Nature Communications. 13(1),

Content: JIANG, L., LIU, W., LIN, Y. C., WANG, R. Q., ZHANG, X. J. and HU, M. K., 2022. Hybrid thermochemical sorption seasonal storage for ultra-low temperature solar energy utilization: Energy Energy. 239,

Content: TAGHVAEE, H., TERRANOVA, S., MOHAMMED, N. M. and GRADONI, G., 2022. Sustainable Multi-User Communication with Reconfigurable Intelligent Surfaces in 5G Wireless Networks and Beyond

Content: CROISFELT, V., SAGGESE, F., LEYVA-MAYORGA, I., KOTABA, R., GRADONI, G. and POPOVSKI, P., 2022. A Random Access Protocol for RIS-Aided Wireless Communications

George Green Institute for Electromagnetics Research