Conveners
Transient Current Techniques (Thursday): Transient Current Techniques (Thursday)
- Michael Moll (CERN)
- Gregor Kramberger (Jozef Stefan Institute (SI))
During edge- and Top-TCT measurements using subsequent laser pulses with a pulse repetition time of several microseconds, a significant decrease in the measured signal amplitude has been observed.
The charge created during the pulses has severe effects on the electrical configuration of the sensor. This can be explained by either trapping of charge carriers which alter the charge...
The charge collection of two $\text{n}^+\text{p}^+\text{p}^+$ pad diodes has been measured using a $5 \; \text{GeV}$ electron beam (at DESY) entering from the $150 \; \mu \text{m}$ thick side edge side of diodes. Using the EUDAQ telescope it is possible to precisely reconstruct the beam position. The collected charge as a function of the beam position along the diode thickness is...
The already approved concepts of TCT-TPA and TCT-SPA (both developed within the RD50 Collaboration) have been brought by the RD50 Montenegro team to the pan-European Research Infrastructure and laser facility ELI Beamlines in March 2020. RD50 Montenegro team partnered with RD50 teams from Slovenia, Italy, and the Czech Republic. The idea was to build an additional research TCT infrastructure...
The first TPA signal in LGAD at the TPA/SPA experimental research station, that is under development at the premises of the research infrastructure and laser facility ELI Beamlines, is presented. The RD50 campaign at ELI’s site for the ELI fs- beam profile study and TPA signature was conducted in Oct/Nov 2020 and performed under the ELI User Call Framework after an application by...
By shrinking the sizes of detectors used in high energy physics experimental setups, techniques that can characterise detectors at the micrometer size levels are getting more and more attention. This may be one of the reasons why the Ruđer Bošković Institute (RBI) and its microprobe based IBIC (ion beam induced charge) system, attracted more than 20 users from the high energy physics community...
The PaRaDeSEC project “Particle and Radiation Detectors, Sensors and Electronics in Croatia“ is an ERA Chair Horizon 2020 in the EU Framework Programme for Research and Innovation. A national center for development of radiation particle detectors, sensors and their associated electronics was successfully established as a result of the PaRaDeSEC project. The new Center for Detectors, Sensors &...
