The experimental equipment consists of the accelerator, its beam lines, dedicated to various application areas and several ancillary equipments (micro-analytical techniques, sample preparation). The accelerator is of the tandem type with 5 MV maximum terminal voltage. It is provided with two sources: a plasma source for gaseous substances and a sputtering source for obtaining practically any element of the periodic table from a solid target. The building that hosts the laboratories is located in 3 Faraday street of the Cantoblanco Campus and consists of two separate parts: the accelerator vault and the service building for offices, laboratories, and auxiliary services.
Description
The experimental equipment consists of the accelerator, its beam lines, dedicated to various application areas and several ancillary equipments (micro-analytical techniques, sample preparation). The accelerator is of the tandem type with 5 MV maximum terminal voltage. It is provided with two sources: a plasma source for gaseous substances and a sputtering source for obtaining practically any element of the periodic table from a solid target. The building that hosts the laboratories is located in 3 Faraday street of the Cantoblanco Campus and consists of two separate parts: the accelerator vault and the service building for offices, laboratories, and auxiliary services.
Partner institution
Universidad Autónoma de Madrid
Scientific domain
PE2_6 - Nuclear, hadron and heavy ion physics - Fundamental Constituents of Matter
PE2_3 - Experimental particle physics with accelerators - Fundamental Constituents of Matter
PE4_14 - Radiation and Nuclear chemistry - Physical and Analytical Chemical Sciences
PE3_10 - Nanophysics, e.g. nanoelectronics, nanophotonics, nanomagnetism, nanoelectromechanics - Condensed Matter Physics
PE3_1 - Structure of solids, material growth and characterisation - Condensed Matter Physics
Keywords
analysis
Accelerator
materials
modification