Laboratoire National des Champs Magnétiques Pulsés CNRS – INSA

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Annex 1 ; ‘Hygiene et securité’ List of safety incidents at the LNCMP and the precautions taken. 25/06/2005: Road accident between home and work involving two days sick leave: Cycle accident, elbow bruised, damage on corrective glasses. 23/11/2006: Work accident involving one day off: Flesh wound on right thumb with haematoma, due to a wrong move with the dismantling tool of the milling machine. Measure taken: Impose the use of safety gloves. 08/02/2008: Work accident involving one day off; superficial burn on the right hand caused by the manipulation of a hot product coming out of the oven. Measures taken : Impose the use of safety gloves. 20/05/2008: Accident in workplace without sick leave: Wrong manipulation resulting in projection of irritating liquidinto right eye. Measure taken: Impose the use of safety gloves and goggles. Identification, analysis and countermeasures of specific risks in the laboratory The laboratory has performed a professional risk assessment, available from the security officer (‘ACMO’). In summary, the mains specific risks are related to the presence of high voltage, the possibility of projectiles when a magnet fails and the presence of large quantities of liquid nitrogen: Electrical risk: There are now no longer any galvanic connections between the high voltage circuit of the magnets and the command posts, but only optical fibres. The liquid nitrogen supply line has also been galvanicallly decoupled inside the magnet boxes. Ventilation: Ventilation in the main experimental hall has been improved and oxygen detectors are installed. Projectiles: Magnets are operated in closed boxes in which no personnel is allowed during a magnet shot. However the increasing energy of the magnets causes concern about the capabilities of the boxes to stop all projectiles in the case of a serious coil failure. Within the planned upgrade of the laboratory, new, more strongly reinforced magnet boxes are foreseen that will eliminate this concern. Security risks that are specific to any laboratory are: Fire protection: The ACMO organizes every year evacuation exercises, oven checks, hood checks and warning system checks. This year, a training “handling of fire extinguishers” had been done for all the staff. Staff doing welding jobs is equipped with aprons, gloves and safety masks. Handling risk: lifting devices are controlled every year by APAVE, and are used only by well trained staff. . Organisation of the security structures of the laboratory For assuring the safety rules, the director of the LNCMI is assisted by an ACMO (Agent in Charge of hygiene and safety). (The number of employees on the Toulouse site isn’t large enough to justify a committee hygiene and safety.) The ACMO is in contact with the hygiene and safety engineers of the CNRS, the UPS and the INSA. The CNRS doctor is regularly consulted for example concerning the arrangements of work stations. The ACMO of the LNCMP drafts the ‘document unique’, executes or organizes the security checks and the periodic controls. She is in charge of the safety registers, safety equipments, individual protection and equipment, organizes the first aids, and informs the new arrivals. Arrangements for staff security training and in particular of new arrivals Every year, an annual training plan is established by our training correspondent in the laboratory, according to the laboratory’s needs and the staff requirements. This plan is discussed with the laboratory council which defines the priorities. These last years, the accent was put on safety trainings and several training sessions were implemented: High voltage safety First-aid and rescue Manipulation of fire extinguishers Laser safety Competent person for radioprotection Chemical risks Waste treatment Evacuation guides When a new collaborator arrives (permanent, PhD student, trainee), he is invited for a visit of the laboratory by the person in charge, who will indicate the specific laboratory risks and the means of protection, and who will inform him off the procedures and laboratory rules. A twenty page security manual is given to complete the visit. This manual summarizes risks, dangers and the different means of prevention. 38
The necessary SPUR (Individual Equipment and protection: coats, overalls, safety footwear, glasses etc.) are supplied to the staff by the ACMO (for example to work in workshops or specific laboratory rooms) 39
Page 1 and 2: Laboratoire National des Champs Mag
Page 3 and 4: General overview Short history The
Page 5 and 6: Funding The LNCMP annual budget com
Page 7 and 8: Personnel involved: High Field Inst
Page 9 and 10: detailed information on coil behavi
Page 11 and 12: Personnel involved: Materials Scien
Page 13 and 14: Size and strain effects on the magn
Page 15 and 16: Personnel involved: Strongly correl
Page 17 and 18: Fourier amplitude (arbit. units) 1.
Page 19 and 20: References [1] D. Shoenberg, Magnet
Page 21 and 22: Personnel involved: Semiconductors
Page 23 and 24: Excitonic states in InP/GaP self-as
Page 25 and 26: Personnel involved: Disordered syst
Page 27 and 28: Personnel involved: Nanosciences Pe
Page 29 and 30: magnetic field. In such system, the
Page 31 and 32: Personnel involved: Permanent: R. B
Page 33 and 34: Figure 1 : 3�limits for the axion
Page 35 and 36: In order to quantitatively describe
Page 37: orthogonal configuration of magneti
Page 41 and 42: Annex 3 Enseignement, vulgarisation
Page 43 and 44: 2005-ACL- 011 2005-ACL- 012 2005-AC
Page 57 and 58: Communications avec Actes (ACT) : 2
Page 59 and 60: 2007-ACT- 023 2008-ACT- 024 2008-AC
Page 61 and 62: 2006-COM- 002 2006-COM- 003 2006-CO
Page 67 and 68: 2005-INV- 001 2006-INV- 002 2006-IN
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Page 71 and 72: 2008-INV- 049 2008-INV- 050 L. Thil
Page 73: GRENOBLE HIGH MAGNETIC FIELD LABORA
Page 77 and 78: General overview of the LCMI 2005-2
Page 79 and 80: In recent years, several scientific
Page 81 and 82: SCIENTIFIC ACTIVITIES Spectroscopy
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Page 85 and 86: Mesoscopic transport phenomena in 2
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Systems of strongly interacting ele
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High-Field EPR for the study of tra
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High resolution NMR in resistive ma
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important part of the broader appro
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High magnetic field development Mag
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[Cas05] F. Casanova, S. de Brion, A
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[Kra05b] R. Kramer, V. Egorov, A. G
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[Pre05] V. Preisler, R. Ferreira, S
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[Zha05] Y. Zhang, Z. Wang, X. Lu, H
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[Gat06] D. Gatteschi, A.L. Barra, A
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[Pre06] V. Preisler, T. Grange, R.
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[Bre07a] N. Brefuel, C. Duhayon, S.
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[Gra07b] M. Grayson, L. Steinke, D.
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[Poz07] M. Pozek, A. Dulcic, A. Ham
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[Byc08] Y. A. Bychkov and G. Martin
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[Ols08] E. B. Olshanetsky, Z. D. Kv
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[Dub09b] C. Duboc and M.-N. Collomb
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ACTI 2005 [Bab05] A. Babinski, S. A
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[Kor05] M. Korkusinski, W. Sheng, P
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[Ste05] J. Steinmetz, M. Glerup, M.
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[Cha06] W. Chaisantikulwat, M. Moui
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AlGaAs/GaAs and Si/SiGe heterojunct
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ACTI 2007 [And07] K. K. Andersson,
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[Nie07b] A. Niedzwiadek, A. Wysmole
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In M. Kuster, G. Raffelt, and B. Be
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large conductance regime. Physica E
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[Wys09a] A. Wysmolek, M. Kaminska,
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2 Sadowski J., J.Z. Domagala, J. Ka
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INV 2009 1 2009 APS March Meeting 1
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2007 1 International Conference on
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3 International workshop on "Electr
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9 The 9th International Conference
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Sala, J.L. Tholence, C. Trophime an
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3 Magnetic Resonance Conference EUR
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3 Yamada Conference LX on Research
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OS 2007 1 M. Fontecave, C. Duboc Me
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ADMINISTRATION A. Pic Assistante Ge
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Annexe 2 Action de formation perman
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Annexe 3 Hygiène et sécurité Lab
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de regroupement, etc…). Ceci doit
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Table of contents General overview
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European perspectives On a European
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Materials research The maximum magn
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Hybrid magnet Hybrid magnets, the c
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DC magnet for 60 GHz ECRIS (IN2P3/I
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Scientific projects involving the T
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Instrumentation Cryogenics Almost a
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analogue of the interlayer coherent
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Pnictides Superconductivity with un
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a new compound BaCo2V2O8 is thought
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in order to obtain Single Chains Ma
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Optics, X ray and neutron scatterin
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AERES report on the unit: Section d
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Report 1 � Introduction � Date
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Another big advantage of LNCMI is t
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- Ability to recruit top-level rese
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Beyond metals, the physics of quant
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In the future, study of P and T vio
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� Assessment of work produced and
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Laboratoire National des Champs Magnétiques Pulsés CNRS – INSA

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