Microchannel cooling for the LHCb VELO upgrade I

Autor: Oscar Augusto de Aguiar Francisco, Wiktor Byczynski, Kazu Akiba, Claudia Bertella, Alexander Bitadze, Matthew Brock, Bartosz Bulat, Guillaume Button, Jan Buytaert, Stefano De Capua, Riccardo Callegari, Christine Castellana, Andrea Catinaccio, Catherine Charrier, Colette Charvet, Victor Coco, Paula Collins, Jordan Degrange, Raphael Dumps, Diego Alvarez Feito, Frank Fournel, Julian Freestone, Mariusz Jedrychowski, Vinicius Franco Lima, Abraham Gallas Torreira, Wouter Hulsbergen, Daniel Hynds, Gonzalo Arnau Izquierdo, Pawel Jalocha, Eddy Jans, Malcolm John, Nathan Jurik, Thomas Latham, Alexander Leflat, Edgar Lemos Cid, Rolf Lindner, Alessandro Mapelli, Abhijit Mathad, Andy Morris, Jerome Noel, Andrei Nomerotski, Rui de Oliveira, Martijn van Overbeek, Chris Parkes, Paolo Petagna, Alexandre Porret, Denis Renaud, Erno Roeland, Giulia Romagnoli, Eric Rouchouze, Krista de Roo, Freek Sanders, Thomas Schneider, Heinrich Schindler, Burkhard Schmidt, Andreas Schopper, Luke Scantlebury-Smead, Miranda Van Stenis, Peter Svihra, Benoit Teissandier, Jean-Francois Teissier, Xavier Thery, Eric Thomas, Bart Verlaat, Mark R.J. Williams

The LHCb VELO Upgrade I, currently being installed for the 2022 start of LHC Run 3, uses silicon microchannel coolers with internally circulating bi-phase \cotwo for thermal control of hybrid pixel modules operating in vacuum. This is the largest sca

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::7b370990a8c9f19c3be4767bc752aa4d
http://wrap.warwick.ac.uk/168348/1/WRAP-microchannel-cooling-LHCb-VELO-upgrade-I-2022.pdf