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MEDICIS robot isotope production for medical research
MEDICIS robot isotope production for medical research (Image: CERN)
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MEDICIS robot isotope production for medical research
MEDICIS robot isotope production for medical research (Image: CERN)
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MEDICIS Team in action 2018
Photoshooting of MEDICIS Team in action 2018 (Image: CERN)
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(Image: CERN)
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Theses pictures represent the machine element of ClearPEM machine (a position emission tomograph for mamography) developed by the CrystalClear Collaboration installed in Coimbra , Portugal and the second ClearPEM machine developed by crystal clear in fra
Theses pictures represent the machine ClearPEM and ClearPEM sonic developed by the CrystalClear Collaboration (France and Portugal). (Image: CERN)
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Theses pictures represent the machine element of ClearPEM machine (a position emission tomograph for mamography) developed by the CrystalClear Collaboration installed in Coimbra , Portugal and the second ClearPEM machine developed by crystal clear in fra
Theses pictures represent the machine ClearPEM and ClearPEM sonic developed by the CrystalClear Collaboration (France and Portugal). (Image: CERN)
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Theses pictures represent the machine element of ClearPEM machine (a position emission tomograph for mamography) developed by the CrystalClear Collaboration installed in Coimbra , Portugal and the second ClearPEM machine developed by crystal clear in fra
Theses pictures represent the machine ClearPEM and ClearPEM sonic developed by the CrystalClear Collaboration (France and Portugal). (Image: CERN)
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One end-cap of the CMS tracker is opened during installation work
(Image: CERN)
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One end-cap of the CMS tracker is opened during installation work
(Image: CERN)
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CERN crystals used in medical imaging
This crystal is a type of material known as a scintillator. When a high energy charged particle or photon passes through a scintillator it glows. (Image: CERN)
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PC adapter and patch panel for ALICE
These components form part of the ALICE detector data link (DDL). This is a high-speed optical link designed to interface the readout electronics of ALICE detectors to computers for data acquisition. (Image: CERN)
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Power test for first prototype LIBO module
The Linac Booster (LIBO) is a prototype machine for producing particle beams for cancer therapy. Hadron therapy techniques are able to reach deep tumours with less damage to surrounding tissue than with conventional radiotherapy. (Image: CERN)
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Pixel detector readout chip
Close-up of a pixel detector readout chip. The photograph shows an aera of 1 mm x 2 mm containing 12 separate readout channels. (Image: CERN)
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PS ejection septum magnet.
For the acceleration of lead ions in the PS, the residual gas pressure had to be lowered. (Image: CERN)
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LHC decapole magnets from India
Ten of the decapole magnets for the LHC on a test bench. These magnets were produced in the CAT Laboratory in India and are being inspected by scientists from CERN and CAT. (Image: CERN)
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CELESTA satellite
The CELESTA micro satellite, carrying a space version of the radiation-monitoring system RadMon, has been tested at CERN’s CHARM (CERN High-Energy AcceleRator Mixed field) facility (Image: CERN)
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Mini accelerator for cultural heritage projects
New version of the mini accelerator for cultural heritage projects (Image: CERN)
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HEV Photo overview
Developed in full consultation with medical professionals, HEV (High Energy Ventilator) is a high quality, versatile ventilator design. It has been developed to address the needs of COVID-19 patients (Image: CERN)
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White Rabbit photos
White Rabbit is an open-source technology that provides control and data-acquisition systems with sub-nanosecond accuracy and synchronisation precision of a few picoseconds (Image: CERN)
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Knowledge Transfer Spotlight Article Series
Jorge Guardia (Image: CERN)
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Knowledge Transfer Spotlight Article Series
Mario Di Castro (Image: CERN)
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CLIC high-gradient technology related to a clinical FLASH facility
Prototype CLIC accelerating structures and components in the high-accelerating gradient test area. Specially adapted versions of this equipment will form heart of the high-performance accelerator of a future clinical FLASH facility. (Image: CERN)
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3D colour X-rays made possible with CERN technology
New 3D colour wrist X-ray made possible by the MARS Bioimaging scanner, showing a metallic screw (blue) and K-wire (green). (Image: CERN)
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Innovative radiation therapy with electrons
Together with Lausanne University Hospital (CHUV), CERN is developing an innovative radiotherap using the FLASH electron radiotherapy technology. (Image: CERN)
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GaToroid, a compact non-rotating gantry in cancer therapy
GaToroid is new compact non-rotating gantry design that enables the treatment of tumours from different angles. Based upon a toroidal magnet concept, it has the advantages of eliminating the need to mechanically rotate the structure and of making the overall system extremely compact and lightweight compared to conventional gantries (Image: CERN)
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ID: CERN-PHOTO-201705-117-8

MEDICIS robot isotope production for medical research

2017-05-04

Conditions of Use © 2017 CERN

Brice, Maximilien: CERN

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