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The DELPHI very forward tracker for LEP200

✍ Scribed by A Andreazza; C Aubret; M Baubillier; K.H Becks; C Bosio; O Botner; C Boutonnet; J.M Brunet; O Bystrom; M Caccia; P Chochula; V Cindro; J.C Clemens; M Cohen-Solal; P Delpierre; J Drees; Y Dufour; T Ekelof; P Gerlach; K.W Glitza; L Guglielmi; A Hallgren; E Hanuska; J Heuser; J.J Jaeger; R Janik; R Jeraj; S Kersten; P Kind; M Krammer; L Kurchaninov; G Leder; F Ledroit; R Leitner; D Liko; L.E Lindqvist; M Lokajicek; L Lopez; S Maček; A Maier; E Margan; C Mariotti; J Masik; C Meroni; K Mönig; T Mouthuy; H Pernegger; M Pernicka; M Pindo; D Rakoczy; M Raymond; N Redaelli; M Regler; J Ridky; L Roos; F Rossel; V Rykalin; D Sauvage; P Sicho; I Stavitski; G Tristram; C Troncon; B Überschär; G Vegni; P Vojtyla; V Vrba; J Waisbard; D Žontar


Publisher
Elsevier Science
Year
1995
Tongue
English
Weight
333 KB
Volume
367
Category
Article
ISSN
0168-9002

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Status of cryogenics for the LEP200 ener
✍ M. Barranco-Luque; S. Claudet; W.K. Erdt; P.K. Frandsen; Ph. Gayet; D. Güsewell; 📂 Article 📅 1992 🏛 Elsevier Science 🌐 English ⚖ 446 KB

The cryogenics for the LEP200 project covers the liquid helium bath cooling requirements of about 200 superconducting RF acceleration cavities tobe installed in the ring tunnel of CERN's electron-positron collider LEP. It includes two cryoplants of 6 kW refrigeration capacity, four of 12 kW, about 2