Investigation of Proton Irradiation effects in n in p-Fz/p-MCz thin Si Microstrip Detector equipped with MGR up to the fluence of 1 x 10 17 n eq. /cm 2 at FCC experiment: TCAD simulation and Experiments

16 Nov 2025, 10:30
10m
2F, Activities Center (Academia Sinica)

2F, Activities Center

Academia Sinica

128 Section 2, Academia Road, Nankang, Taipei 115201, Taiwan
POSTER Pixel and Strip Sensors ALL Poster

Speaker

Deepali Tanwar (Chandigarh University)

Description

Detector Physicists around the world are looking for the high
performance of position sensitive detectors for the outer tracker region of
the new and advanced material based detectors, which can be used in the
harsh radiation environment of the Future Circular collider. According to
RD50 collaboration, one of the leading candidates for the detector material
is p-Fz/p-MCz silicon for the bulk, and the design of the multiple guard rings
(MGR) layout at the cut edge of the detector. In this work, we used an
advanced deep trap level proton irradiation model for p-Fz/p-MCz silicon
micro-strip detector, and implemented in the TCAD simulation. The results
are discussed for the high voltage stability of the both design equipped
with MGR using electric field distribution, and electron concentration
profile in the proton irradiated detectors.

Author

Deepali Tanwar (Chandigarh University)

Co-authors

AJAY SRIVASTAVA (Chandigarh University) Balwinder Kaur (Chandigarh University) Jaspreet Kaur (Chandigarh University) Nitu Saini (Chandigarh University) Puspita Chatterjee (Chandigarh University) Shilpa Patyal (Chandigarh University)

Presentation materials