APPLAuSE
Lab Rotations 2019
Schedule of the Lab Rotations in the Autumn Semester 2019:
| BERNARDO MALACA | Intro | Plasma physics at high energy density | |
|---|---|---|---|
| LRD1 | Quantum hydrodynamics description of structured quantum matter waves | GoLP / J Vieira | |
| LRD2 | Incorporating magnetic fields into a numerical model of quantum hydrodynamics | GoLP / J Vieira | DANIEL HACHMEISTER | Intro | Plasma science and engineering of magnetic fusion |
| LRD1 | Dynamics of the edge density profiles on ASDEX Upgrade | C Silva / GEP | |
| LRD2 | Nonlinear broadening in gaseous and solid media | GoLP / G Figueira | |
| JOÃO OLIVEIRA | Intro | Plasma science and engineering of magnetic fusion | |
| LRD1 | Development of the acquisition FPGA firmware for the ATCA-IO-PROCESSOR board | GESI / B Carvalho | |
| LRD2 | MARTe2 RT framework for nuclear fusion critical control systems | GESI / B Carvalho | |
| MIGUEL PARDAL | Intro | Plasma physics at high energy density | |
| LRD1 | Spatiotemporal features of betatron radiation in the non- relativistic blowout regime | GoLP / J Vieira | |
| LRD2 | Role of laser spatiotemporal couplings during Thomson scattering | GoLP / J Vieira | |
| PATRÍCIA ESTRELA | Intro | Plasma physics at high energy density | |
| LRD1 | Design and implementation of an imaging XUV spectrometer | GoLP / G Williams | |
| LRD2 | Spectrally resolved imaging of matter and possible ultrashort excitations | GoLP / G Williams | |
| PEDRO COSME | Intro | Space and astrophysical plasmas | |
| LRD1 | Plasma enabled synthesis of nitrogen-doped graphene | N-PRiME / J Henriques and A Dias | |
| LRD2 | Measurement of dielectric material properties up to 110 GHz using a VNA | GESI / A Silva | |
| TIAGO DIAS | Intro | Low-temperature plasma science and engineering | |
| LRD1 | Evaluation of vibrational- excitation cross-sections for nitrogen | N-PRiME / V. Guerra | |
| LRD2 | Kinetic Monte Carlo description of ion chemistry and charged particle transport | N-PRiME / V. Guerra |