Gallerie
Inserting the electrochmical cell in the vacuum chamber for X-ray spectroscopy at BESSY II synchrotron
Observation of the sound wave in an acoustic cavity using a Schlieren. Polystyren balls are in levitation.
Visit of Bessy II synchrotron. The electrons are accerated in the tube on the left.
Quadrupole magnets used to focalize and shape the electron beam in the synchrotron.
Microwave cavities accelerate the electrons in the storage ring of the synchrotron.
Measurement chamber of X-ray absorption and Photoemission at the Bessy II synchrotron.
Ondulators on the path of the electrons produces the X-rays at Bessy II synchrotron.
Lasers light injected in the membrane of the buble split and produces interferences.
The flash light in a Nd-YAG laser pump the cristal to generate the laser light.
The emperimental LIBS-LIF set-up I buit during my PhD.
Ablation spot of the LIBS-LIF set-up of my PhD with the different focussing and collecting optics.
Principle of a spectrometer/monochromator.
Colloidal suspension of nanoparticles pricipating.
Inside of a tunable laser.
Water droplets in levitation in a acoustic cavity.
Illustration of the colors in light.
Ablation spot in my PhD setup.
Lasers light injected in the membrane of the buble split and produces interferences.
View of BESSY II synchrotron, Berlin.
Mesurement station at BESSY II synchrotron.
Selfy in the XPS analyser.
Open electrochemical cell used for in sity X-ray spectroscopy.
Aurora Borealis created in laboratory for the IPT.
Diamond grown in laboratory appearing black because of Boron doping.
Diamond grown in laboratory.