TE-VSC (Vacuum, Surfaces and Coatings group)

E664391

TE-VSC (Vacuum, Surfaces and Coatings group) is a CERN Technology Department unit responsible for the development, operation and optimization of vacuum systems, surface treatments and thin-film coatings for particle accelerators and related infrastructure.

All labels observed (1)

Label Occurrences
TE-VSC (Vacuum, Surfaces and Coatings group) canonical 1

How this entity was disambiguated

Statements (43)

Predicate Object
instanceOf CERN group ⓘ
technical unit ⓘ
abbreviation TE-VSC ⓘ
activity R&D on novel vacuum materials and coatings ⓘ
design of ultra-high vacuum systems ⓘ
development of low outgassing materials ⓘ
support to accelerator upgrades ⓘ
surface conditioning of accelerator beam pipes ⓘ
thin-film coating of accelerator beam pipes ⓘ
vacuum diagnostics and monitoring ⓘ
vacuum system commissioning ⓘ
vacuum system integration in accelerators ⓘ
applicationArea beam lines ⓘ
experimental areas ⓘ
particle accelerators ⓘ
collaboratesWith CERN accelerator and beam department teams ⓘ
other CERN Technology Department groups ⓘ
country Switzerland ⓘ
field surface science ⓘ
thin-film technology ⓘ
vacuum technology ⓘ
focusesOn control of surface properties affecting beam dynamics ⓘ
radiation-resistant coatings and materials ⓘ
reduction of gas loads in accelerator vacuum systems ⓘ
reliability and maintainability of vacuum systems ⓘ
fullName Vacuum, Surfaces and Coatings group ⓘ
goal ensure reliable vacuum performance for CERN accelerators ⓘ
improve surface and coating technologies for accelerator components ⓘ
location CERN ⓘ
organizationType engineering and R&D group ⓘ
parentOrganization CERN ⓘ
partOf CERN Technology Department ⓘ
responsibleFor development of vacuum systems for particle accelerators ⓘ
operation of accelerator vacuum systems ⓘ
optimization of accelerator vacuum performance ⓘ
surface treatments for accelerator components ⓘ
thin-film coatings for accelerator components ⓘ
supports CERN accelerator complex ⓘ
LHC vacuum systems ⓘ
related CERN infrastructure ⓘ
uses surface characterization methods ⓘ
thin-film deposition techniques ⓘ
ultra-high vacuum techniques ⓘ

How these facts were elicited

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

CERN Technology Department → hasOrganizationalUnit → TE-VSC (Vacuum, Surfaces and Coatings group) ⓘ