AGLAÉ : a new version of the accelerator

Statuette from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of…

Scientist operating the AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to…

Scientist analysing a statuette of a dog, from the "Bavay bronzes" treasure trove, using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire) This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object,…

Bronze statuette of a dog, inset with gold (eyes) and silver (teeth), from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a…

Bronze statuette of a dog, inset with gold (eyes) and silver (teeth), from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a…

Bronze statuette of a dog, inset with gold (eyes) and silver (teeth), from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

Scientist analysing a bronze statuette of a dog, inset with gold (eyes) and silver (teeth), from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

New AGLAE, Accélérateur Grand Louvre d'Analyses Elémentaires, est un système d'analyse basé sur un accélérateur électrostatique de type tandem, modèle Pelletron de tension maximale 2MV. New AGLAE est équipé de deux sources : une source Duoplamatron pouvant produire des ions hydrogène (protons) et une source Alphatross pouvant produire des ions Helium (alphas). New AGLAE reste à ce jour la seule installation de ce type dans le monde à être implantée dans un laboratoire de musée et dédié…

New AGLAE, Accélérateur Grand Louvre d'Analyses Elémentaires, est un système d'analyse basé sur un accélérateur électrostatique de type tandem, modèle Pelletron de tension maximale 2MV. New AGLAE est équipé de deux sources : une source Duoplamatron pouvant produire des ions hydrogène (protons) et une source Alphatross pouvant produire des ions Helium (alphas). New AGLAE reste à ce jour la seule installation de ce type dans le monde à être implantée dans un laboratoire de musée et dédié…

New AGLAE, Accélérateur Grand Louvre d'Analyses Elémentaires, est un système d'analyse basé sur un accélérateur électrostatique de type tandem, modèle Pelletron de tension maximale 2MV. New AGLAE est équipé de deux sources : une source Duoplamatron pouvant produire des ions hydrogène (protons) et une source Alphatross pouvant produire des ions Helium (alphas). New AGLAE reste à ce jour la seule installation de ce type dans le monde à être implantée dans un laboratoire de musée et dédié…

New AGLAE, Accélérateur Grand Louvre d'Analyses Elémentaires, est un système d'analyse basé sur un accélérateur électrostatique de type tandem, modèle Pelletron de tension maximale 2MV. New AGLAE est équipé de deux sources : une source Duoplamatron pouvant produire des ions hydrogène (protons) et une source Alphatross pouvant produire des ions Helium (alphas). New AGLAE reste à ce jour la seule installation de ce type dans le monde à être implantée dans un laboratoire de musée et dédié…

New AGLAE, Accélérateur Grand Louvre d'Analyses Elémentaires, est un système d'analyse basé sur un accélérateur électrostatique de type tandem, modèle Pelletron de tension maximale 2MV. New AGLAE est équipé de deux sources : une source Duoplamatron pouvant produire des ions hydrogène (protons) et une source Alphatross pouvant produire des ions Helium (alphas). New AGLAE reste à ce jour la seule installation de ce type dans le monde à être implantée dans un laboratoire de musée et dédié…

New AGLAE, Accélérateur Grand Louvre d'Analyses Elémentaires, est un système d'analyse basé sur un accélérateur électrostatique de type tandem, modèle Pelletron de tension maximale 2MV. New AGLAE est équipé de deux sources : une source Duoplamatron pouvant produire des ions hydrogène (protons) et une source Alphatross pouvant produire des ions Helium (alphas). New AGLAE reste à ce jour la seule installation de ce type dans le monde à être implantée dans un laboratoire de musée et dédié…

New AGLAE, Accélérateur Grand Louvre d'Analyses Elémentaires, est un système d'analyse basé sur un accélérateur électrostatique de type tandem, modèle Pelletron de tension maximale 2MV. New AGLAE est équipé de deux sources : une source Duoplamatron pouvant produire des ions hydrogène (protons) et une source Alphatross pouvant produire des ions Helium (alphas). New AGLAE reste à ce jour la seule installation de ce type dans le monde à être implantée dans un laboratoire de musée et dédié…

A scientist manipulates the pedestal of a statuette from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The pedestal is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator housed in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

A set of four magnets stabilises the beam of the AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield…

A set of four magnets stabilises the beam of the AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

The AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire) particle accelerator in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays, gamma rays and backscattered particles that yield information relating to its chemical…

Scientists analysing a statuette from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts…

Scientists manipulating a statuette from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts…

A scientist manipulates the pedestal of a statuette from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The pedestal is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two…

Sources used to produce the hydrogen ions (protons) and helum ions (alphas) required for the operation of AGLAÉ (Accélérateur Grand Louvre d'analyse élémentaire), a particle accelerator housed in the basement of the Palais du Louvre in Paris. This analytical system is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object,…

Scientists analysing a statuette from the "Bavay bronzes" treasure trove, using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire) This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X…

Statuette from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The statuette is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of…

Scientist analysing an object from the "Bavay bronzes" treasure trove, using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire) This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions (protons, deuterium nuclei and helium nuclei) that interact with the analysed object, producing X-rays,…

Artefact from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The item is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of…

Scientist manipulating an item from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. It is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates…

Scientists manipulating an item from the "Bavay bronzes" treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. It is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE…

Artefact from the Bavay treasure trove, a collection of Gallo-Roman bronze objects buried near the forum in Bavay at the end of the 3rd century AD. The item is being analysed using a particle accelerator named AGLAE (Accélérateur Grand Louvre d'Analyse Elémentaire). This analytical system, housed in the basement of the Palais du Louvre museum in Paris, is based on a Pelletron electrostatic accelerator operating at a maximum voltage of two million volts. AGLAE generates beams of accelerated ions…