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DG-Agenda
CERN-ARCH CERN-ARCH-DG-FILES-CERN-ARCH-DG-FILES-531 to 537 · Series · 01/01/1950-31/12/1976
Part of CERN Directors-General
Amaldi, Edoardo
DG-Agenda
CERN-ARCH CERN-ARCH-DG-FILES-CERN-ARCH-DG-FILES-531 to 537 · Series · 01/01/1950-31/12/1976
Part of CERN Directors-General
Amaldi, Edoardo
DG-Agenda
CERN-ARCH CERN-ARCH-DG-FILES-CERN-ARCH-DG-FILES-531 to 537 · Series · 01/01/1950-31/12/1976
Part of CERN Directors-General
Amaldi, Edoardo
Detector Unit
Heritage collection CERN-OBJ-CERN-OBJ-DE-091 · Item · 1960
Part of Heritage Collection Test

Original detector unit of the Instituut voor Kernfysisch Onderzoek (IKO) BOL project. This detector unit shows that silicon detectors for nuclear physics particle detection were already developed and in use in the 1960's in Amsterdam. Also the idea of putting 'strips' onto the silicon for high spatial resolution of a particle's impact on the detector were implemented in the BOL project which used 64 of these detector units. The IKO BOL project with its silicon particle detectors was designed, built and operated from 1965 to roughly 1977. Detector Unit of the BOL project: These detectors, notably the ‘checkerboard detector’, were developed during the years 1964-1968 in Amsterdam, The Netherlands, by the Natuurkundig Laboratorium of the N.V. Philips Gloeilampen Fabrieken. This was done in close collaboration with the Instituut voor Kernfysisch Onderzoek (IKO) where the read-out electronics for their use in the BOL Project was developed and produced.

Erik Bracke
Demokrit
CERN-ARCH-WP CERN-ARCH-PMC-CERN-ARCH-PMC-06-* CERN-ARCH-PMC-06-318 * 96400 · Item
Part of Pauli Manuscript Collection

Notes on Democrit. Ancient Greece, mathematics.Notes

Pauli, Wolfgang
DELPHI Silicon Tracker
Heritage collection CERN-OBJ--CERN-OBJ-DE-052 · Item
Part of Heritage Collection Test

DELPHI was one of the four experiments installed at the LEP particle accelerator from 1989 - 2000. The silicon tracking detector was nearest to the collision point in the centre of the detector. It was used to pinpoint the collision and catch short-lived particles.