All the teams rigorously apply the methodologies and protocols aiming at the reliability of the results and analyzes.
ATRON is part of an accreditation process in accordance with ISO/IEC 17025, which lays down general requirements for the competence of testing and calibration laboratories.
ATRON's quality system meets ISO 9001, based on CERAP's proven model, which meets the constraints of the nuclear industry (qualification of nuclear operators, CEFRI, OHSAS 18001 ...).
The compliance with of the requirements implies rigor in all the protocol applications, a scientific watch, a regulatory watch and an ability to adapt to the specific requirements of our customers.
The entire ATRON system, from beam calibration to measurement methods, ensures reliable R&D results and guarantees optimization of the industrial approach of our customers.
ATRON employees participate regularly in international seminars and conferences, sharing their analyzes and expertise.
This attachment to get involved in the animation of the scientific community translates into publications in specialized journals and presentations at international seminars and congresses.
« Vérification de l'étalonnage de radiamètres sans source radioactive ! »
A. Chapon, G. Dupont, J.-M. Bordy. In La Revue Générale du Nucléaire (SFEN), 2016.
« Optimization of liquid scintillation measurements applied to smears and aqueous samples collected in industrial environments »
A. Chapon, G. Pigrée, V. Putmans, G. Rogel. In Results in Physics, 2016.
« Vérification de l'étalonnage de radiamètres au moyen d'un accélérateur d'électrons »
A. Chapon, J.-M. Bordy. In Congrès de la SFRP, Reims, France, 2015.
« A new application for electron beam: Calibration of radiation survey meters »
A. Chapon. In IMRP2016, Vancouver, Canada, 2016.
« Calibration of radiation survey meters using the braking rays of an electron beam »
A. Chapon. In IRaP, Giens, France, 2016.
« Vérification de l’étalonnage de radiamètres sans source radioactive »
A. Chapon. In Séminaire RP du réseau Grand-Ouest, Caen, France, 2016.
« Vérification de l'étalonnage de radiamètres au moyen d'un champ d'irradiation réaliste, sans source radioactive »
G. Dupont, A. Chapon, J.-M. Bordy. In Congrès de la SFRP, Lille, France, 2016.
Contributions to the evolution of normative references.
At the forefront of innovation, ATRON owns the patent which protects its process and device to test the proper operation of a radiation survey meter.
ATRON checks the calibration of radiation survey meters in a homogeneous field of X-rays with a broad energy spectrum. The industrial patent is at odds with the usual technologies with the use of an irradiator equipped with radioactive sources.
The CEA/LNHB has given its guarantee in the development of this new methodology and in the connection to the primary beam.
ATRON is assisted in the implementation of this innovative method by the CNRS/LPC Caen, laboratory specialized in nuclear measurement.
ATRON is committed to a partnership approach with its clients, to define and access their needs, respecting ethics and mutual values.
ATRON is engaged in a balanced and lasting relationship with partners, in the knowledge and respect of the respective rights and duties of each party.
ATRON guarantees to all its clients a tailor-made relationship, a sharing of objectives, a follow-up in the relationship, a contract of result and a durability in excellence.
ATRON is committed to guaranteeing the total confidentiality of the interventions to each of its customers and partners.
All ATRON employees adhere to a confidentiality clause, which guarantees our clients the non-disclosure of the information collected.
Access to the premises is restricted to authorized staff and the security of the installations is ensured by a remote monitoring system.
Finally, the locking of information systems, the establishment of a space dedicated to each intervention and the definition of an exhaustive protocol of confidentiality, effectively supplement the entire system to ensure absolute discretion of your work, without any restriction on time.