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| < < | The D_RD_02 project allowed a ‘proof of principle’ of MPGDs (Micromegas and GEMs) for the electron amplification and readout of a TPC for the Linear Collider. The resolution of such an apparatus was understood and shown to be adequate, and the operation in a beam was demonstrated. | |||||||
| > > | The previous project D_RD_02 allowed a ‘proof of principle’ of MPGDs (Micromegas and GEMs) for the electron amplification and readout of a TPC for the Linear Collider. The resolution of such an apparatus was understood and shown to be adequate, and the operation in a beam was demonstrated. | |||||||
| Since 2013, a new project was started, as a preparatory step toward the construction of a TPC for the ILD experiment. Integration aspects are now being intensively worked on, including cooling, distortion mitigation and correction, electronics design, gating and other issues, as well as the definition of criteria for the technology choice. French members : | ||||||||
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| [1] Achievements of the ATLAS upgrade Planar Pixel Sensors R&D Project, Journal of Instrumentation, JINST 10 C01027, 21 Jan. 2015 [2] Development of novel n+-in-p silicon planar pixel sensors for HL-LHC, Nuclear Instruments and Methods A699 (2013) 72-77 [3] Evaluation of novel KEK/HPK n-in-p pixel sensors for ATLAS upgrade with testbeam, Nuclear Instruments and Methods A699 (2013) 78-83 | ||||||||
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| < < | [4] Leading edge of the technological developments of Planar Pixel Sensors and prospects for ATLAS HL-LHC, A. Lounis, IEEE seoul 2013, proceedings, 22 Nov. 201 | |||||||
| > > | [4] Leading edge of the technological developments of Planar Pixel Sensors and prospects for ATLAS HL-LHC, A. Lounis, IEEE seoul 2013, proceedings, 22 Nov. 2013 | |||||||
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Websites: http://hep-www.px.tsukuba.ac.jp/~hara/PbulkPixel.html | ||||||||