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Your search keyword '"Jędrychowski, Mariusz"' showing total 14 results
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14 results on '"Jędrychowski, Mariusz"'

1. Microchannel cooling for the LHCb VELO Upgrade I

Author

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

Subjects
Physics - Instrumentation and Detectors, High Energy Physics - Experiment
Abstract

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 scale application of this technology to date. Production of the microchannel coolers was completed in July 2019 and the assembly into cooling structures was completed in September 2021. This paper describes the R\&D path supporting the microchannel production and assembly and the motivation for the design choices. The microchannel coolers have excellent thermal peformance, low and uniform mass, no thermal expansion mismatch with the ASICs and are radiation hard. The fluidic and thermal performance is presented., Comment: 31 pages, 27 figures

Published
2021
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2. Microchannel cooling for the LHCb VELO Upgrade I

Author

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

Published
2022
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7. Technical Note. The Concept of a Computer System for Interpretation of Tight Rocks Using X-Ray Computed Tomography Results

Author

Habrat Magdalena, Krakowska Paulina, Puskarczyk Edyta, Jędrychowski Mariusz, and Madejski Paweł

Subjects
tight gas, shale gas, x-ray computed tomography, tight rocks, computer system for rock analysis, Engineering geology. Rock mechanics. Soil mechanics. Underground construction, TA703-712
Abstract

The article presents the concept of a computer system for interpreting unconventional oil and gas deposits with the use of X-ray computed tomography results. The functional principles of the solution proposed are presented in the article. The main goal is to design a product which is a complex and useful tool in a form of a specialist computer software for qualitative and quantitative interpretation of images obtained from X-ray computed tomography. It is devoted to the issues of prospecting and identification of unconventional hydrocarbon deposits. The article focuses on the idea of X-ray computed tomography use as a basis for the analysis of tight rocks, considering especially functional principles of the system, which will be developed by the authors. The functional principles include the issues of graphical visualization of rock structure, qualitative and quantitative interpretation of model for visualizing rock samples, interpretation and a description of the parameters within realizing the module of quantitative interpretation.

Published
2017
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14. THE CONCEPT OF A COMPUTER SYSTEM FOR INTERPRETATION OF TIGHT ROCKS USING X-RAY COMPUTED TOMOGRAPHY RESULTS.

Author

HABRAT, MAGDALENA, KRAKOWSKA, PAULINA, PUSKARCZYK, EDYTA, JĘDRYCHOWSKI, MARIUSZ, and MADEJSKI, PAWEŁ

Subjects
COMPUTER systems, ROCK analysis, SHALE gas, COMPUTED tomography, COMPUTER software
Abstract

The article presents the concept of a computer system for interpreting unconventional oil and gas deposits with the use of X-ray computed tomography results. The functional principles of the solution proposed are presented in the article. The main goal is to design a product which is a complex and useful tool in a form of a specialist computer software for qualitative and quantitative interpretation of images obtained from X-ray computed tomography. It is devoted to the issues of prospecting and identification of unconventional hydrocarbon deposits. The article focuses on the idea of X-ray computed tomography use as a basis for the analysis of tight rocks, considering especially functional principles of the system, which will be developed by the authors. The functional principles include the issues of graphical visualization of rock structure, qualitative and quantitative interpretation of model for visualizing rock samples, interpretation and a description of the parameters within realizing the module of quantitative interpretation. [ABSTRACT FROM AUTHOR]

Published
2017
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