ULB Research ⤶ |
Description of the Unit | Projects of the Unit | Composition |
Collaborations of the Unit | Protected technologies | Publications | Skills |
Faculty of Sciences | Chemistry
(Code: ULB165)
No funding agency referenced.
Calculation of atomic structures and data including energy levels, electronaffinities, radiative and non-radiative transition rates, lifetimes of excit ...
No funding agency referenced.
Quantum Chemistry methods are used to calculate the structure and the dynamics of small stable and unstable molecular species, having a direct experime ...
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In this research project we study the properties (energies, radiative transition probabilities, autoionization rates and population mechanisms) of mult ...
No funding agency referenced.
Acquisition of spectral data at high resolution using interferometric techniques and ultrasensitive lasers, eventually coupled, revealing the structure ...
No funding agency referenced.
Measurements of absorption line parameters (positions, absolute intensities, widths) and absorption cross-sections using Fourier transform spectroscopy ...
No funding agency referenced.
Develop spectral simplification techniques using supersonic jet expansion coupled to a Fourier transform spectrometer and a laser diode system (CRDS), ...
No funding agency referenced.
Absorption line parameters (positions, absolute intensities and widths) and cross-setions of stable molecules in the infrared-UV-Visible ranges (600 - ...
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Understand and exploit experimental spin conversion mechanisms.
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Measure line parameters (positions, absolute intensities and pressure effects) in the near infrared range, through development and use of sensitive and ...
No funding agency referenced.
We develop instrumetns in the laboratory: A high resolution Fourier transform spectroscopy is coupled to intracavity laser excitation (FT-ICLAS); A sup ...
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We write software to (i) treat high resolution spectra allowing to measure line profiles parameters including instrumental contribution of lasers or in ...
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High resolution spectra of di- and poly-atomic molecules recorded in various spectral ranges are analysed. In this framework, we contribute to the theo ...
No funding agency referenced.
Monitoring of the atmosphere and study of its composition change, from analysis of remote sensing satellite observations using infrared spectroscopy. D ...
No funding agency referenced.
Exploitation of ground-based solar occultation measurements for atmospheric chemistry and climate applications. Study of a selection of atmospheric spe ...