Plasma Physics
Capillary Discharge Laboratory
Plasma Physics
Capillary Discharge Laboratory
Thomson scattering
The alignment process of a high energy laser (1J, 532nm) to implement the Thomson scattering technique is observed.
Llampúdkeñ vacuum chamber
Professor Julio Valenzuela with students Pelayo Phillips and Gonzalo Jimenez test the collimation of the laser that must travel a distance of ~30m to reach the Llampúdkeñ vacuum chamber.
Llampúdkeñ vacuum chamber
Professor Julio Valenzuela with students Pelayo Phillips and Gonzalo Jimenez test the collimation of the laser that must travel a distance of ~30m to reach the Llampúdkeñ vacuum chamber.
Thomson scattering
The alignment process of a high energy laser (1J, 532nm) to implement the Thomson scattering technique is observed.
Llampúdkeñ vacuum chamber
Professor Julio Valenzuela with students Pelayo Phillips and Gonzalo Jimenez test the collimation of the laser that must travel a distance of ~30m to reach the Llampúdkeñ vacuum chamber.
Llampúdkeñ vacuum chamber
Professor Julio Valenzuela with students Pelayo Phillips and Gonzalo Jimenez test the collimation of the laser that must travel a distance of ~30m to reach the Llampúdkeñ vacuum chamber.
Welcome to the Capillary Discharge Laboratory. In this laboratory we carry out experimental research in Plasma Physics.
We invite you to click on each of the highlighted points to learn more about our techniques and equipment.