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| RESEARCH AREAS |
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Synthesis, characterization and electronic structure simulation of nanostructured materials |
for functional opto-electronic and spintronic applications
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- Advanced experimental studies and DFT computational modeling of materials for electronics
- Semiconductor oxides thin films and nanostructures
- Computational modeling of nanomaterials
| Wide band gap semiconductor oxides (TiO2, ZnO, La2O3, HfO2, etc.) used for solid state lighting and nanodevices. |
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Growth processes of thin films and nanostructures. Investigation of light emission phenomena and quantum transport properties. Electrical characterization of materials and devices. |
| (Dr. R. Plugaru, ing. G. Boldeiu) |
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| Modeling of defects and dopants contribution in tailloring the structures, the electronic, optical, transport and spin properties of materials. |
| (Dr. R. Plugaru) |
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Last update:
February, 2012 |
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