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Laboratorio Nacional de Fusión

2016-03-11T11:22:34Z

Begofehe: /* Projects and research */

[[File:Logo Laboratorio.png|400px|thumb|right|Logo of the Laboratorio Nacional de Fusión]]
The National Fusion Laboratory is part of [[CIEMAT]].

The Laboratory is dedicated to the development of fusion by [[Magnetic confinement|magnetic confinement]] as a future energy generation option.
Research is mainly centered on the [[TJ-II|Flexible Heliac TJ-II]], and on materials studies.

== History ==

In 1975, a research group is created at the JEN (later to become [[CIEMAT]]) to study the subject of fusion.
In 1983, the small tokamak [[TJ-I]] is taken into operation, followed by the torsatron [[TJ-IU]] in 1994, and the flexible heliac [[TJ-II]] in 1999.

== Organization ==

[[LNF:Organization|Organization]] and personnel

== Projects and research ==

* [[TJ-II|The TJ-II Project]]
* [[LNF:Plasma Physics|Plasma Physics at the LNF]]
* [[LNF:Technology|Fusion Technology Division]]
** [[TECNO_FUS]]
** [[TechnoFusión]]

== Educational and training activities ==

The LNF is strongly committed with the education and training of new researchers in the field of magnetic fusion science and technology. It keeps a close collaboration on post-graduate teaching activities with Universities [http://www.uc3m.es Carlos III], [http://www.ucm.es Complutense] and [http://www.upm.es Politécnica de Madrid]. CIEMAT participates with these two latter institutions in the [http://www.campusmoncloa.es Campus de Excelencia Moncloa]. In the last ten years, in average, three to four PhD thesis/year and four Master Thesis/year are being successfully finished in the LNF facilities.

The LNF is a major Spanish partner of the "European Master of Science in Nuclear Fusion and Engineering Physics ([[Fusion-EP]])", under the auspices of the [http://www.em-master-fusion.org/index.asp?p=162&a=162 Erasmus Mundus].
In this Master course, international students have six month-stays at LNF and receive lectures given by its staff, among others.
LNF is also actively participating in a new Erasmus Mundus programme-related initiative, the [http://www.em-fusion-dc.org Fusion-Doctoral College] recently established to host PhD students and supervise their thesis.
In both programmes, LNF participates in close collaboration with several national ([http://www.ucm.es Complutense] and [http://www.uc3m.es Carlos III], Madrid) and international universities and research institutions ([http://www.ugent.be/ Ghent Univ.], [http://www.univ-lorraine.fr Lorraine Univ.], [http://www.uni-stuttgart.de Stuttgart Univ.], [www.unipd.it/en/ Padova Univ.], [http://www.ist.utl.pt/en Instituto Superior Tecnico] (Lisbon), [http://irfm.cea.fr/gb/ ‎IRFM-CEA], [http://www.ipp.mpg.de IPP-Garching and IPP-Greifswald]).

== Computer resources ==

Due to the large computational needs of the Laboratory, it makes use of both internal and external resources through collaborations:

* The CIEMAT computing centre, with the following computers:
** Fenix (SGI Altix system w/ Itanium processors, currently being phased out)
** Euler (Dell HPC cluster, 1152 Xeon cores, 13.8 Tflops)
* [http://www.bsc.es/ The Barcelona Supercomputing Centre]
* [http://www.res.es/ The Spanish Supercomputing Network]
* [http://www.computaex.es/ LUSITANIA]
* [http://bifi.unizar.es/ BIFI] (at the University of Zaragoza)
* [http://www.ibercivis.es/ Ibercivis] (Spanish computational grid)

== Collaborations ==

The Laboratory participates in many international projects and collaborates with other institutions, such as:
* [https://www.euro-fusion.org/ EuroFusion]
* [http://en.wikipedia.org/wiki/ITER ITER]
* [[W7-X]]
* [http://www.ornl.gov/ Oak Ridge National Laboratory]
* [http://www.nifs.ac.jp/ NIFS]
* [http://www-jt60.naka.jaea.go.jp/english/index-e.html JT-60SA]
* [http://www.uc3m.es/ Universidad Carlos III], Madrid
* [http://www.tec.cr/sitios/vicerrectoria/vie/investigacion/plasma/Paginas/default.aspx Instituto Tecnológico de Costa Rica]
* [http://bifi.unizar.es/ Institute for Biocomputation and Physics of Complex Systems (BIFI)], Universidad de Zaragoza
* [http://www.bsc.es/ Barcelona Supercomputing Centre (BSC)]

== Events ==

The Laboratory has organised many events, among which:
* [http://linkinghub.elsevier.com/retrieve/pii/S0920379601005865 The 21st Symposium on Fusion Technology] (SOFT, 2000)
* [http://www-fusion.ciemat.es/ttf2002 The 9th EU-US Transport Task Force Meeting] (TTF, 2002)
* [http://eps2005.ciemat.es The 32nd European Physical Society Conference on Plasma Physics] (EPS, 2005)
* [http://www-fusion.ciemat.es/SW2005/ The 15th International Stellarator Workshop] (ISW, 2005)
* [http://plasma2.ulb.ac.be/EFTC/Documents_EFTC12_191206SHORT_MADRID/index.html The 12th European Fusion Theory Conference] (EFTC, 2008)
* [http://psi2008.ciemat.es/ The 18th Conference on Plasma Surface Interactions] (PSI, 2008)
* [http://www-fusion.ciemat.es/ttg2010/ The 3rd EFDA Transport Topical Group meeting and 15th EU-US Transport Task Force Meeting] (TTG-TTF, 2010)
* [http://fusionsites.ciemat.es/itpaep2014/ The 12th ITPA Energetic Particle Physics TG Meeting] (2014)

== External Links ==

* [http://www.fusion.ciemat.es Website of the Laboratorio Nacional de Fusión]

* [http://www.ciemat.es/ Website of CIEMAT]

LNF:Technology

2015-11-25T10:43:03Z

Begofehe: /* 5 MV ion accelerator facility */

[[File:Foto0005b.jpg|500px|thumb|right|SIMS sample-holder]]

The main mission of the Fusion Technology Division of the Spanish [[Laboratorio Nacional de Fusión|National Fusion Laboratory]] is to undertake research on the properties as well as the radiation hardness and subsequent degradation of structural and functional materials for future fusion reactors. In particular, studies on reduced activity ferritic/martensitic steels and materials used for electrical isolation, diagnostic windows etc. are central to this work. In parallel, given that at present, there is no neutron source available that simulates the fluxes and energies required for material irradiation under predicted fusion reactor conditions, the division is involved in the development of suitable neutron sources for material irradiation (ENS, [[IFMIF]], and DONES). These sources, when on-line, will facilitate accelerated irradiation damage studies in materials of interest. Finally, activities by the division in the area of lithium [[breeding blanket]] (LBB) development can be highlighted. This work is based on liquid metals (Li-Pb) or lithium based ceramics for LBB and on corrosion or permeation phenomena in blanket structural materials.

==Materials for fusion applications==

The radiation effect is one of the critical aspects concerning fusion reactor development. The neutron and gamma radiation produced in the reactor vessels generates displacement defects and transmutations. Such micro-structural damage leads the materials to suffer degradation of its mechanical and physical properties. Embrittlement, swelling, stress corrosion cracking, hardening loss of optical transmission and of electrical isolation are some examples of the problems that radiation will cause on structural and functional materials used in [[ITER]] and [[DEMO]].
[[Laboratorio Nacional de Fusión|LNF]] drives fundamental research activities to approach the understanding of radiation effects in structural and functional materials of interest for fusion.
*Functional Materials: Candidate insulators to build the components of the diagnostics, heating systems and remote handling systems such as RF windows, mirrors, mineral insulating cables, fibre optics or optical windows. The range of enviromental conditions that these materials would withstand in the machine will be very broad depending on its function.
*Structural Materials: Candidate steels to build the reactor vessel while resisting loads, high temperatures, high radiation fluxes and intense magnetic fields.
*Materials for solid [[Breeding blanket|breeder blankets]]: For the HCPB (Helium Cooled Pebble Bed) design.

==Material Irradiation Facilities==

===2 MeV ELECTRON VAN DE GRAAFF ACCELERATOR===
[[File:Foto1electrones.png|500px|thumb|right|Electron Accelerator]]

This facility permits material irradiation either by a 2 MeV electron beam or by Bremsstrahlung induced by stopping the electron beam. In this way, radiation testing that is normally carried out using a Co-60 source can be undertaken more rapidly (producing a larger and better controlled dose rate) while allowing in-situ measurements. Irradiation parameters (temperature, vacuum pressure, gas environment, dose rate and beam energy) are well controlled. Moreover, irradiation of relatively large components or material samples is possible. The accelerator staff can design and develop different irradiation chambers and experimental set-ups depending on irradiation requirements. Such experimental systems permit performing optical, electrical and dielectrical measurements during irradiation ("in-beam"). This makes it a unique experimental radiation facility in which simultaneous optical, electrical and dielectrical measurements can be made in the range of Hz to GHz. For this, systems to measure optical absorption and radioluminescence, electrical conductivity and dielectric properties during irradiation (in-situ) are mounted on the accelerator beam line.

Beam characteristics;
Electron energy: 0.25 to 2.0 MeV. Beam current: 10 pA to 150 µA
Sample size from ≈ 3 mm2 to about 20x20 cm2.
Unfocused beam diameter at target is ≈ 1 cm
Beam can be focused to ≈ 1 mm diameter (for small samples)
Beam can be defocused to ≈ 3 cm diameter
Beam can be scanned over 20x20 cm2 (for large samples)

The facility has been used for studying insulators for which low displacement per atom (dpa) rates are required. The facility allows in-beam testing at a controlled temperature of the electrical, dielectric (RF), and optical properties of solid and gas insulators. Irradiation can be performed in high vacuum, air, or controlled atmospheres (such as N or He).

For insulator studies typical dpa rates range from about 10-12 to 10-8 dpa/s while ionization rates (Bremsstrahlung or direct electron irradiation) up to ≈ 104 Gy/s
For steels, about 10-3 dpa/day can be achieved in samples of approximately 3x3x1 mm3.

Flexibility
The facility is extremely flexible and has several unique in-beam systems for measuring electrical conductivity, dielectric loss and permittivity (Hz to GHz), and optical absorption and emission during irradiation over a wide range of dose rates and temperatures. Irradiations can be performed in high vacuum, air, or controlled atmosphere such as N or He. Simulation in electron accelerators offers important advantages, namely easy experimental parameter control and high dose rates available up to ≈105 Gy/s.

In-situ measurement capability and expertise.
To date a range of studies have been carried out on fusion candidate insulators. For instance, electrical, optical as well as hydrogen and helium diffusion properties are measured during irradiation. These studies are carried out at a controlled temperature, from liquid nitrogen up to 1000 C. For these studies special irradiation chambers and sample holders have been designed by the accelerator staff and have been fabricated at the [[CIEMAT]] workshops.

===60 keV DANFYSIK ION IMPLANTER===
[[File:Foto0045.jpg|500px|thumb|right|60 keV ion implanter beam line at CIEMAT]]

This facility permits ion implantation at energies up to 60 keV. For instance, helium, hydrogen and duterium ions have been implanted for a range of studies related with fusion research. The implanter staff have designed and developed different irradiation chambers and experimental set-ups depending on the study requirements. The developed experimental systems permit in-situ optical, electrical and desorption measurements. For instance simultaneous ionoluminescence and surface electrical conductivity measurements can be made thus allowing correlation between macroscopic material degradation and defects produced by implantation.

Beam characteristics;
*Beam energy: up to 60 keV.
*Beam current: up to 150 µA depending on ion.
*Sample size: from ≈ 3 mm2 to about 4x2 cm2
*Unfocused beam diameter at target: ≈ 1 cm

The facility has been used regularly to implant H, He, D ions in metals and insulators in order to evaluate microstructural surface degradation, ionoluminescence, surface electrical degradation and to implant He and H isotopes to perform diffusion and desorption experiments.
These studies can be carried out at controlled temperatures, from liquid nitrogen up to 1000 C. Available special irradiation chambers and sample holders have been designed by the implanter staff and fabricated at the [[CIEMAT]] workshops.

===NAYADE Co-60 irradiation facility===
[[File:Nayade3.png|200px|thumb|right|NAYADE]]

For gamma-ray irradiation studies [[CIEMAT]] possesses a Co-60 facility with unrestricted access. This permits extended temporal irradiation studies. The Nayade facility is a pool-type facility (1.2 m wide by 4.5 m deep) that uses water as the biological shield. This provides shielding for about 100,000 Ci of Co-60. Safety control is achieved through water level monitoring, radiation detectors, and water purity control by pH and conductivity measurements. The use of water as a biological shield also allows direct vision for positioning the sources and extracting of samples in different chambers.

[[File:Nayade6.png|200px|thumb|right|Irradiation rig]]

Main irradiation characteristics:
*Type of source: 12 Co-60 cylindrical sources (15 mm diam. x 135 mm long) are distributed in a circle to provide an inner cylindrical irradiation volume.
*Two distributions are available: High flux; ≤ 8.3 103Gy/h within a 60mm diam. x 100 mm high volume. Low flux; ≤ 1.2x102 Gy/h within a 200 mm diam. x 100 mm high volume (in the low flux configuration the sources can be rotated along an outer circle for uniform dose).
*Irradiation at controlled temperatures and atmospheres, together with in-situ testing of electrical properties, is also possible.
*Irradiation can be carried out at controlled temperature up to 300ºC. Gas flow (such as dry air or nitrogen) can be used during irradiation to minimize humidity. The uncertainty in the dose rate is better than 20% for a volume of about 283 cm3.
Irradiation rigs to perform in-situ measurements at different dose rates and under different conditions are routinely fabricated at [[CIEMAT]] workshops. Sensors, cabling, laboratory equipment, feedthroughs, and environmental monitors (temperature, pressure, humidity, radiation) are available.
*Dosimetry system
Routine gamma dosimetry is performed using commercially available Red Perspex™ 4034 Harwell dosimeters. These are widely used polymethylmethacrylate (PMMA) dosimeters. When exposed to ionising doses that exceed 1 kGy, the Red 4034 polymer starts to darken due to the formation of a new absorption band extending from 600 nm to beyond 700 nm (it peaks at 615 nm). The absorbed dose is therefore determined by measuring radiation-induced absorbance in the 630nm-650 nm range where post-irradiation fading is minimal. For this the 640 nm wavelength is used as measurement wavelength. The absorbance per unit thickness, expressed in cm-1, is the dose-dependent quantity measured against air as reference. These dosimeters has been shown to be valid in the range of 5 to 50 kGy and their accuracy is better than 10 per cent. The Red 4034 dosimeters are pre-conditioned in a fixed humidity environment and hermetically sealed in polyester/aluminium foil/polyethylene laminate pouches, as absorbed water concentration was identified as a parameter which could influence the spectrophotometric response and hence the dose readout. Keeping the dosimeter in its packaging is mandatory to use the calibration curves (absorbance at 640nm (cm-1) related to dose) supplied by the manufacturer. The temperature sensitivity of the dosimeter is the most important environmental dependence. From a practical point of view, the Red 4034 dosimeters are temperature-independent up to 40ºC, provided that measurements are made as soon as possible after ending an irradiation
These dosimeters have been also used to measure gamma dose in BR1 graphite-moderated, air-cooled nuclear reactor (SCK·CEN MOL), in mixed gamma neutron fields at a temperature below 40º.
A gamma dosimetry before starting an irradiation test is always carried out.

=== 5 MV ion accelerator facility ===

The fusion materials group has developed an [https://www.cmam.uam.es/en/facilities/beamlines/120 implantation line] for big samples in the 5 MV Tandetron accelerator from the Centro de Micro-Análisis de Materiales ([https://www.cmam.uam.es CMAM]) of [http://www.uam.es/ss/Satellite/es/home/ UAM].

==Material Characterization Facilities==

===Focused Ion Beam - Secondary Electron Microscope (FIB-SEM)===
[[File:Foto0049.jpg|300px|thumb|right|FIB-SEM]]
This is Carl Zeiss Auriga Compact field effect SEM with an electron acceleration voltage in the range 0.5 to 30 kV and is equipped with three different detectors for secondary and backscattered electrons. The system includes an XFlash Bruker EDS detector for compositional studies. It is possible to perform local point, line scan and mapping analysis. An electron back-scattered diffraction detector (EBSD) has been recently installed for the determination of crystalline phases and orientation with a sample angle of 70º. The microscope is also equipped with an FIB gallium gun providing an acceleration voltage of 1 to 30 keV for cross-section inspection and TEM samples preparation on conductive and insulating materials.

===Secondary Ion Mass Spectrometry (SIMS)===
[[File:Foto0288.jpg|300px|thumb|right|SIMS]]
This Hiden Analytical secondary ion mass spectroscopy system uses oxygen or argon ions, with an energy of 5 keV, as the primary ions. Mass identification (1 to 550 amu), depth profiling and static SIMS capabilities are available. The system is also used for compositional mapping and it incorporates an electron gun for SIMS experiments in insulating materials. Electro-negative ions can be better detected using a Cs ion gun with an energy up to 5 keV.

LNF:Technology

2015-11-24T17:34:37Z

Begofehe: /* Material Irradiation Facilities */

[[File:Foto0005b.jpg|500px|thumb|right|SIMS sample-holder]]

The main mission of the Fusion Technology Division of the Spanish [[Laboratorio Nacional de Fusión|National Fusion Laboratory]] is to undertake research on the properties as well as the radiation hardness and subsequent degradation of structural and functional materials for future fusion reactors. In particular, studies on reduced activity ferritic/martensitic steels and materials used for electrical isolation, diagnostic windows etc. are central to this work. In parallel, given that at present, there is no neutron source available that simulates the fluxes and energies required for material irradiation under predicted fusion reactor conditions, the division is involved in the development of suitable neutron sources for material irradiation (ENS, [[IFMIF]], and DONES). These sources, when on-line, will facilitate accelerated irradiation damage studies in materials of interest. Finally, activities by the division in the area of lithium [[breeding blanket]] (LBB) development can be highlighted. This work is based on liquid metals (Li-Pb) or lithium based ceramics for LBB and on corrosion or permeation phenomena in blanket structural materials.

==Materials for fusion applications==

The radiation effect is one of the critical aspects concerning fusion reactor development. The neutron and gamma radiation produced in the reactor vessels generates displacement defects and transmutations. Such micro-structural damage leads the materials to suffer degradation of its mechanical and physical properties. Embrittlement, swelling, stress corrosion cracking, hardening loss of optical transmission and of electrical isolation are some examples of the problems that radiation will cause on structural and functional materials used in [[ITER]] and [[DEMO]].
[[Laboratorio Nacional de Fusión|LNF]] drives fundamental research activities to approach the understanding of radiation effects in structural and functional materials of interest for fusion.
*Functional Materials: Candidate insulators to build the components of the diagnostics, heating systems and remote handling systems such as RF windows, mirrors, mineral insulating cables, fibre optics or optical windows. The range of enviromental conditions that these materials would withstand in the machine will be very broad depending on its function.
*Structural Materials: Candidate steels to build the reactor vessel while resisting loads, high temperatures, high radiation fluxes and intense magnetic fields.
*Materials for solid [[Breeding blanket|breeder blankets]]: For the HCPB (Helium Cooled Pebble Bed) design.

==Material Irradiation Facilities==

===2 MeV ELECTRON VAN DE GRAAFF ACCELERATOR===
[[File:Foto1electrones.png|500px|thumb|right|Electron Accelerator]]

This facility permits material irradiation either by a 2 MeV electron beam or by Bremsstrahlung induced by stopping the electron beam. In this way, radiation testing that is normally carried out using a Co-60 source can be undertaken more rapidly (producing a larger and better controlled dose rate) while allowing in-situ measurements. Irradiation parameters (temperature, vacuum pressure, gas environment, dose rate and beam energy) are well controlled. Moreover, irradiation of relatively large components or material samples is possible. The accelerator staff can design and develop different irradiation chambers and experimental set-ups depending on irradiation requirements. Such experimental systems permit performing optical, electrical and dielectrical measurements during irradiation ("in-beam"). This makes it a unique experimental radiation facility in which simultaneous optical, electrical and dielectrical measurements can be made in the range of Hz to GHz. For this, systems to measure optical absorption and radioluminescence, electrical conductivity and dielectric properties during irradiation (in-situ) are mounted on the accelerator beam line.

Beam characteristics;
Electron energy: 0.25 to 2.0 MeV. Beam current: 10 pA to 150 µA
Sample size from ≈ 3 mm2 to about 20x20 cm2.
Unfocused beam diameter at target is ≈ 1 cm
Beam can be focused to ≈ 1 mm diameter (for small samples)
Beam can be defocused to ≈ 3 cm diameter
Beam can be scanned over 20x20 cm2 (for large samples)

The facility has been used for studying insulators for which low displacement per atom (dpa) rates are required. The facility allows in-beam testing at a controlled temperature of the electrical, dielectric (RF), and optical properties of solid and gas insulators. Irradiation can be performed in high vacuum, air, or controlled atmospheres (such as N or He).

For insulator studies typical dpa rates range from about 10-12 to 10-8 dpa/s while ionization rates (Bremsstrahlung or direct electron irradiation) up to ≈ 104 Gy/s
For steels, about 10-3 dpa/day can be achieved in samples of approximately 3x3x1 mm3.

Flexibility
The facility is extremely flexible and has several unique in-beam systems for measuring electrical conductivity, dielectric loss and permittivity (Hz to GHz), and optical absorption and emission during irradiation over a wide range of dose rates and temperatures. Irradiations can be performed in high vacuum, air, or controlled atmosphere such as N or He. Simulation in electron accelerators offers important advantages, namely easy experimental parameter control and high dose rates available up to ≈105 Gy/s.

In-situ measurement capability and expertise.
To date a range of studies have been carried out on fusion candidate insulators. For instance, electrical, optical as well as hydrogen and helium diffusion properties are measured during irradiation. These studies are carried out at a controlled temperature, from liquid nitrogen up to 1000 C. For these studies special irradiation chambers and sample holders have been designed by the accelerator staff and have been fabricated at the [[CIEMAT]] workshops.

===60 keV DANFYSIK ION IMPLANTER===
[[File:Foto0045.jpg|500px|thumb|right|60 keV ion implanter beam line at CIEMAT]]

This facility permits ion implantation at energies up to 60 keV. For instance, helium, hydrogen and duterium ions have been implanted for a range of studies related with fusion research. The implanter staff have designed and developed different irradiation chambers and experimental set-ups depending on the study requirements. The developed experimental systems permit in-situ optical, electrical and desorption measurements. For instance simultaneous ionoluminescence and surface electrical conductivity measurements can be made thus allowing correlation between macroscopic material degradation and defects produced by implantation.

Beam characteristics;
*Beam energy: up to 60 keV.
*Beam current: up to 150 µA depending on ion.
*Sample size: from ≈ 3 mm2 to about 4x2 cm2
*Unfocused beam diameter at target: ≈ 1 cm

The facility has been used regularly to implant H, He, D ions in metals and insulators in order to evaluate microstructural surface degradation, ionoluminescence, surface electrical degradation and to implant He and H isotopes to perform diffusion and desorption experiments.
These studies can be carried out at controlled temperatures, from liquid nitrogen up to 1000 C. Available special irradiation chambers and sample holders have been designed by the implanter staff and fabricated at the [[CIEMAT]] workshops.

===NAYADE Co-60 irradiation facility===
[[File:Nayade3.png|200px|thumb|right|NAYADE]]

For gamma-ray irradiation studies [[CIEMAT]] possesses a Co-60 facility with unrestricted access. This permits extended temporal irradiation studies. The Nayade facility is a pool-type facility (1.2 m wide by 4.5 m deep) that uses water as the biological shield. This provides shielding for about 100,000 Ci of Co-60. Safety control is achieved through water level monitoring, radiation detectors, and water purity control by pH and conductivity measurements. The use of water as a biological shield also allows direct vision for positioning the sources and extracting of samples in different chambers.

[[File:Nayade6.png|200px|thumb|right|Irradiation rig]]

Main irradiation characteristics:
*Type of source: 12 Co-60 cylindrical sources (15 mm diam. x 135 mm long) are distributed in a circle to provide an inner cylindrical irradiation volume.
*Two distributions are available: High flux; ≤ 8.3 103Gy/h within a 60mm diam. x 100 mm high volume. Low flux; ≤ 1.2x102 Gy/h within a 200 mm diam. x 100 mm high volume (in the low flux configuration the sources can be rotated along an outer circle for uniform dose).
*Irradiation at controlled temperatures and atmospheres, together with in-situ testing of electrical properties, is also possible.
*Irradiation can be carried out at controlled temperature up to 300ºC. Gas flow (such as dry air or nitrogen) can be used during irradiation to minimize humidity. The uncertainty in the dose rate is better than 20% for a volume of about 283 cm3.
Irradiation rigs to perform in-situ measurements at different dose rates and under different conditions are routinely fabricated at [[CIEMAT]] workshops. Sensors, cabling, laboratory equipment, feedthroughs, and environmental monitors (temperature, pressure, humidity, radiation) are available.
*Dosimetry system
Routine gamma dosimetry is performed using commercially available Red Perspex™ 4034 Harwell dosimeters. These are widely used polymethylmethacrylate (PMMA) dosimeters. When exposed to ionising doses that exceed 1 kGy, the Red 4034 polymer starts to darken due to the formation of a new absorption band extending from 600 nm to beyond 700 nm (it peaks at 615 nm). The absorbed dose is therefore determined by measuring radiation-induced absorbance in the 630nm-650 nm range where post-irradiation fading is minimal. For this the 640 nm wavelength is used as measurement wavelength. The absorbance per unit thickness, expressed in cm-1, is the dose-dependent quantity measured against air as reference. These dosimeters has been shown to be valid in the range of 5 to 50 kGy and their accuracy is better than 10 per cent. The Red 4034 dosimeters are pre-conditioned in a fixed humidity environment and hermetically sealed in polyester/aluminium foil/polyethylene laminate pouches, as absorbed water concentration was identified as a parameter which could influence the spectrophotometric response and hence the dose readout. Keeping the dosimeter in its packaging is mandatory to use the calibration curves (absorbance at 640nm (cm-1) related to dose) supplied by the manufacturer. The temperature sensitivity of the dosimeter is the most important environmental dependence. From a practical point of view, the Red 4034 dosimeters are temperature-independent up to 40ºC, provided that measurements are made as soon as possible after ending an irradiation
These dosimeters have been also used to measure gamma dose in BR1 graphite-moderated, air-cooled nuclear reactor (SCK·CEN MOL), in mixed gamma neutron fields at a temperature below 40º.
A gamma dosimetry before starting an irradiation test is always carried out.

=== 2 MV ion accelerator facility ===

The fusion materials group has developed an [https://www.cmam.uam.es/en/facilities/beamlines/120 implantation line] for big samples in the 2 MV Tandetron accelerator from the Centro de Micro-Análisis de Materiales ([https://www.cmam.uam.es CMAM]) of [http://www.uam.es/ss/Satellite/es/home/ UAM].

==Material Characterization Facilities==

===Focused Ion Beam - Secondary Electron Microscope (FIB-SEM)===
[[File:Foto0049.jpg|300px|thumb|right|FIB-SEM]]
This is Carl Zeiss Auriga Compact field effect SEM with an electron acceleration voltage in the range 0.5 to 30 kV and is equipped with three different detectors for secondary and backscattered electrons. The system includes an XFlash Bruker EDS detector for compositional studies. It is possible to perform local point, line scan and mapping analysis. An electron back-scattered diffraction detector (EBSD) has been recently installed for the determination of crystalline phases and orientation with a sample angle of 70º. The microscope is also equipped with an FIB gallium gun providing an acceleration voltage of 1 to 30 keV for cross-section inspection and TEM samples preparation on conductive and insulating materials.

===Secondary Ion Mass Spectrometry (SIMS)===
[[File:Foto0288.jpg|300px|thumb|right|SIMS]]
This Hiden Analytical secondary ion mass spectroscopy system uses oxygen or argon ions, with an energy of 5 keV, as the primary ions. Mass identification (1 to 550 amu), depth profiling and static SIMS capabilities are available. The system is also used for compositional mapping and it incorporates an electron gun for SIMS experiments in insulating materials. Electro-negative ions can be better detected using a Cs ion gun with an energy up to 5 keV.

LNF:Technology

2015-11-24T14:20:17Z

Begofehe: /* Materials for fusion applications */

[[File:Foto0005b.jpg|500px|thumb|right|SIMS sample-holder]]

The main mission of the Fusion Technology Division of the Spanish [[Laboratorio Nacional de Fusión|National Fusion Laboratory]] is to undertake research on the properties as well as the radiation hardness and subsequent degradation of structural and functional materials for future fusion reactors. In particular, studies on reduced activity ferritic/martensitic steels and materials used for electrical isolation, diagnostic windows etc. are central to this work. In parallel, given that at present, there is no neutron source available that simulates the fluxes and energies required for material irradiation under predicted fusion reactor conditions, the division is involved in the development of suitable neutron sources for material irradiation (ENS, [[IFMIF]], and DONES). These sources, when on-line, will facilitate accelerated irradiation damage studies in materials of interest. Finally, activities by the division in the area of lithium [[breeding blanket]] (LBB) development can be highlighted. This work is based on liquid metals (Li-Pb) or lithium based ceramics for LBB and on corrosion or permeation phenomena in blanket structural materials.

==Materials for fusion applications==

The radiation effect is one of the critical aspects concerning fusion reactor development. The neutron and gamma radiation produced in the reactor vessels generates displacement defects and transmutations. Such micro-structural damage leads the materials to suffer degradation of its mechanical and physical properties. Embrittlement, swelling, stress corrosion cracking, hardening loss of optical transmission and of electrical isolation are some examples of the problems that radiation will cause on structural and functional materials used in [[ITER]] and [[DEMO]].
[[Laboratorio Nacional de Fusión|LNF]] drives fundamental research activities to approach the understanding of radiation effects in structural and functional materials of interest for fusion.
*Functional Materials: Candidate insulators to build the components of the diagnostics, heating systems and remote handling systems such as RF windows, mirrors, mineral insulating cables, fibre optics or optical windows. The range of enviromental conditions that these materials would withstand in the machine will be very broad depending on its function.
*Structural Materials: Candidate steels to build the reactor vessel while resisting loads, high temperatures, high radiation fluxes and intense magnetic fields.
*Materials for solid [[Breeding blanket|breeder blankets]]: For the HCPB (Helium Cooled Pebble Bed) design.

==Material Irradiation Facilities==

===2 MeV ELECTRON VAN DE GRAAFF ACCELERATOR===
[[File:Foto1electrones.png|500px|thumb|right|Electron Accelerator]]

This facility permits material irradiation either by a 2 MeV electron beam or by Bremsstrahlung induced by stopping the electron beam. In this way, radiation testing that is normally carried out using a Co-60 source can be undertaken more rapidly (producing a larger and better controlled dose rate) while allowing in-situ measurements. Irradiation parameters (temperature, vacuum pressure, gas environment, dose rate and beam energy) are well controlled. Moreover, irradiation of relatively large components or material samples is possible. The accelerator staff can design and develop different irradiation chambers and experimental set-ups depending on irradiation requirements. Such experimental systems permit performing optical, electrical and dielectrical measurements during irradiation ("in-beam"). This makes it a unique experimental radiation facility in which simultaneous optical, electrical and dielectrical measurements can be made in the range of Hz to GHz. For this, systems to measure optical absorption and radioluminescence, electrical conductivity and dielectric properties during irradiation (in-situ) are mounted on the accelerator beam line.

Beam characteristics;
Electron energy: 0.25 to 2.0 MeV. Beam current: 10 pA to 150 µA
Sample size from ≈ 3 mm2 to about 20x20 cm2.
Unfocused beam diameter at target is ≈ 1 cm
Beam can be focused to ≈ 1 mm diameter (for small samples)
Beam can be defocused to ≈ 3 cm diameter
Beam can be scanned over 20x20 cm2 (for large samples)

The facility has been used for studying insulators for which low displacement per atom (dpa) rates are required. The facility allows in-beam testing at a controlled temperature of the electrical, dielectric (RF), and optical properties of solid and gas insulators. Irradiation can be performed in high vacuum, air, or controlled atmospheres (such as N or He).

For insulator studies typical dpa rates range from about 10-12 to 10-8 dpa/s while ionization rates (Bremsstrahlung or direct electron irradiation) up to ≈ 104 Gy/s
For steels, about 10-3 dpa/day can be achieved in samples of approximately 3x3x1 mm3.

Flexibility
The facility is extremely flexible and has several unique in-beam systems for measuring electrical conductivity, dielectric loss and permittivity (Hz to GHz), and optical absorption and emission during irradiation over a wide range of dose rates and temperatures. Irradiations can be performed in high vacuum, air, or controlled atmosphere such as N or He. Simulation in electron accelerators offers important advantages, namely easy experimental parameter control and high dose rates available up to ≈105 Gy/s.

In-situ measurement capability and expertise.
To date a range of studies have been carried out on fusion candidate insulators. For instance, electrical, optical as well as hydrogen and helium diffusion properties are measured during irradiation. These studies are carried out at a controlled temperature, from liquid nitrogen up to 1000 C. For these studies special irradiation chambers and sample holders have been designed by the accelerator staff and have been fabricated at the [[CIEMAT]] workshops.

===60 keV DANFYSIK ION IMPLANTER===
[[File:Foto0045.jpg|500px|thumb|right|60 keV ion implanter beam line at CIEMAT]]

This facility permits ion implantation at energies up to 60 keV. For instance, helium, hydrogen and duterium ions have been implanted for a range of studies related with fusion research. The implanter staff have designed and developed different irradiation chambers and experimental set-ups depending on the study requirements. The developed experimental systems permit in-situ optical, electrical and desorption measurements. For instance simultaneous ionoluminescence and surface electrical conductivity measurements can be made thus allowing correlation between macroscopic material degradation and defects produced by implantation.

Beam characteristics;
*Beam energy: up to 60 keV.
*Beam current: up to 150 µA depending on ion.
*Sample size: from ≈ 3 mm2 to about 4x2 cm2
*Unfocused beam diameter at target: ≈ 1 cm

The facility has been used regularly to implant H, He, D ions in metals and insulators in order to evaluate microstructural surface degradation, ionoluminescence, surface electrical degradation and to implant He and H isotopes to perform diffusion and desorption experiments.
These studies can be carried out at controlled temperatures, from liquid nitrogen up to 1000 C. Available special irradiation chambers and sample holders have been designed by the implanter staff and fabricated at the [[CIEMAT]] workshops.

===NAYADE Co-60 irradiation facility===
[[File:Nayade3.png|200px|thumb|right|NAYADE]]

For gamma-ray irradiation studies [[CIEMAT]] possesses a Co-60 facility with unrestricted access. This permits extended temporal irradiation studies. The Nayade facility is a pool-type facility (1.2 m wide by 4.5 m deep) that uses water as the biological shield. This provides shielding for about 100,000 Ci of Co-60. Safety control is achieved through water level monitoring, radiation detectors, and water purity control by pH and conductivity measurements. The use of water as a biological shield also allows direct vision for positioning the sources and extracting of samples in different chambers.

[[File:Nayade6.png|200px|thumb|right|Irradiation rig]]

Main irradiation characteristics:
*Type of source: 12 Co-60 cylindrical sources (15 mm diam. x 135 mm long) are distributed in a circle to provide an inner cylindrical irradiation volume.
*Two distributions are available: High flux; ≤ 8.3 103Gy/h within a 60mm diam. x 100 mm high volume. Low flux; ≤ 1.2x102 Gy/h within a 200 mm diam. x 100 mm high volume (in the low flux configuration the sources can be rotated along an outer circle for uniform dose).
*Irradiation at controlled temperatures and atmospheres, together with in-situ testing of electrical properties, is also possible.
*Irradiation can be carried out at controlled temperature up to 300ºC. Gas flow (such as dry air or nitrogen) can be used during irradiation to minimize humidity. The uncertainty in the dose rate is better than 20% for a volume of about 283 cm3.
Irradiation rigs to perform in-situ measurements at different dose rates and under different conditions are routinely fabricated at [[CIEMAT]] workshops. Sensors, cabling, laboratory equipment, feedthroughs, and environmental monitors (temperature, pressure, humidity, radiation) are available.
*Dosimetry system
Routine gamma dosimetry is performed using commercially available Red Perspex™ 4034 Harwell dosimeters. These are widely used polymethylmethacrylate (PMMA) dosimeters. When exposed to ionising doses that exceed 1 kGy, the Red 4034 polymer starts to darken due to the formation of a new absorption band extending from 600 nm to beyond 700 nm (it peaks at 615 nm). The absorbed dose is therefore determined by measuring radiation-induced absorbance in the 630nm-650 nm range where post-irradiation fading is minimal. For this the 640 nm wavelength is used as measurement wavelength. The absorbance per unit thickness, expressed in cm-1, is the dose-dependent quantity measured against air as reference. These dosimeters has been shown to be valid in the range of 5 to 50 kGy and their accuracy is better than 10 per cent. The Red 4034 dosimeters are pre-conditioned in a fixed humidity environment and hermetically sealed in polyester/aluminium foil/polyethylene laminate pouches, as absorbed water concentration was identified as a parameter which could influence the spectrophotometric response and hence the dose readout. Keeping the dosimeter in its packaging is mandatory to use the calibration curves (absorbance at 640nm (cm-1) related to dose) supplied by the manufacturer. The temperature sensitivity of the dosimeter is the most important environmental dependence. From a practical point of view, the Red 4034 dosimeters are temperature-independent up to 40ºC, provided that measurements are made as soon as possible after ending an irradiation
These dosimeters have been also used to measure gamma dose in BR1 graphite-moderated, air-cooled nuclear reactor (SCK·CEN MOL), in mixed gamma neutron fields at a temperature below 40º.
A gamma dosimetry before starting an irradiation test is always carried out.

==Material Characterization Facilities==

===Focused Ion Beam - Secondary Electron Microscope (FIB-SEM)===
[[File:Foto0049.jpg|300px|thumb|right|FIB-SEM]]
This is Carl Zeiss Auriga Compact field effect SEM with an electron acceleration voltage in the range 0.5 to 30 kV and is equipped with three different detectors for secondary and backscattered electrons. The system includes an XFlash Bruker EDS detector for compositional studies. It is possible to perform local point, line scan and mapping analysis. An electron back-scattered diffraction detector (EBSD) has been recently installed for the determination of crystalline phases and orientation with a sample angle of 70º. The microscope is also equipped with an FIB gallium gun providing an acceleration voltage of 1 to 30 keV for cross-section inspection and TEM samples preparation on conductive and insulating materials.

===Secondary Ion Mass Spectrometry (SIMS)===
[[File:Foto0288.jpg|300px|thumb|right|SIMS]]
This Hiden Analytical secondary ion mass spectroscopy system uses oxygen or argon ions, with an energy of 5 keV, as the primary ions. Mass identification (1 to 550 amu), depth profiling and static SIMS capabilities are available. The system is also used for compositional mapping and it incorporates an electron gun for SIMS experiments in insulating materials. Electro-negative ions can be better detected using a Cs ion gun with an energy up to 5 keV.

FusionWiki:Current events

2015-11-24T10:43:34Z

Begofehe: /* 2015 */

== Upcoming Fusion and Plasma events ==

Please feel free to add events.

=== 2015 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2015)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 16 - 27 || Miramare, Trieste, Italy || [https://www-amdis.iaea.org/Workshops/ICTP2015/ 2015 Joint ICTP-IAEA Advanced School and Workshop on Modern Methods in Plasma Spectroscopy]
|-
| April 14 - 17 || Frascati, Italy || [http://www.ecpd2015.enea.it/index.php/welcome 1st EPS Conference on Plasma Diagnostics]
|-
| April 28 - May 1 || Salem, MA, USA || [http://www.psfc.mit.edu/TTF2015/index.html 20th Joint US/EU Transport Task Force Workshop (TTF)]
|-
| May 18 - 22 || Aix en Provence, France || [http://irfm.cea.fr/pfmc15 15th Conference on Plasma Facing Materials & Components for Fusion Applications (PFMC)]
|-
| June 1 - 5 || Marseilles, France || [http://cct15.cpt.univ-mrs.fr/ Chaos, complexity and transport '15]
|-
| June 22 - 26 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/EPS2015/ 42nd EPS Conference on Plasma Physics (EPS)]
|-
| July 12 - 17 || Oeiras, Portugal || [http://plasmasurf.tecnico.ulisboa.pt/ Plasmasurf 2015] Summer School
|-
| September 7 - 11 || Warsaw, Poland || [http://plasma2013.ipplm.pl/ International Conference on Research and Application of Plasmas]
|-
| September 10 - 12 || Bad Honnef, Germany || [http://www.iek-yig.de/597thWEH/index.htm 597th Wilhelm and Else Heraeus Seminar on Stochasticity in Fusion Plasmas]
|-
| September 29 - October 2 || Vienna, Austria || [http://www-naweb.iaea.org/napc/physics/meetings/TM49934.html First IAEA Technical Meeting on Divertor Concepts]
|-
| October 5 - 8 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/eftc2015 16th European Fusion Theory Conference (EFTC)]
|-
| October 5 - 9 || Greifswald, Germany || [http://www.ipp.mpg.de/3523924/ishw_2015 20th International Stellarator/Heliotron Workshop (ISHW)]
|-
| October 19 - 21 || Garching, Germany || [https://www.ipp.mpg.de/h-mode2015 15th International Workshop on H-Mode Physics and Transport Barriers ]
|-
| November 3 - 6 || Toki, Japan || [http://itc.nifs.ac.jp 25th International Toki Conference (ITC)]
|-
| November 16 - 20 || Savannah, Georgia, USA || [http://www.aps.org/units/dpp/meetings/annual/index.cfm 57th Annual Meeting of the APS Division of Plasma Physics]
|-
| December 14 - 17 || Madrid, Spain || [http://ampt2015.org 18th Advanced Materials and Processing Technologies (AMPT)]
|}

=== 2016 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2016)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 30 - April 1 || Frascati, Italy || [http://www.fusione.enea.it/icfdt/index.html International Conference FRONTIERS in DIAGNOSTIC TECHNOLOGIES] (ICFDT4)
|-
| May 17 - 20 || Yokohama, Japan || [http://www.ile.osaka-u.ac.jp/FIWS2016/index.html 14th International Workshop on the Fast Ignition and High Field Physics with High Power Lasers] (FIWS2016)
|-
| May 30 - June 3 || Rome, Italy || [http://www.psi2016.enea.it 22nd International Conference on Plasma Surface Interactions in Controlled Fusion Devices] (PSI)
|-
| June 20 - 23 || Prague, Czech Republic || [http://www.plasmaconference.cz/about.php 27th Symposium on Plasma Physics and Technology] (SPPT)
|-
| July 4 - 8 || Leuven, Belgium || [https://kuleuvencongres.be/eps2016 43rd EPS Conference on Plasma Physics] (EPS)
|-
| September 5 - 8 || Leysin, Switzerland || 21st Joint EU-US Transport Task Force Meeting
|-
| September 5 - 9 || Prague, Czech Republic || [http://www.soft2016.eu/ 29th Symposium on Fusion Technology] (SOFT)
|-
| October 17 - 22 || Kyoto, Japan || [http://www.fec2016.jp/ 26th IAEA Fusion Energy Conference]
|}

== Periodic meetings ==

The following FusionWiki entries attempt to both provide a record of historic meetings and direct links to proceedings:
* The [[IAEA Fusion Energy Conference]] (FEC)
* The [[European Physical Society Conference on Plasma Physics]] (EPS-CPP)
* The [[International Congress on Plasma Physics]] (ICPP)
* The [http://www.apsdpp.org/meetings/meeting_archives.php Annual Meeting of the Division of Plasma Physics of the American Physical Society] (APS-DPP)
* The [[International Stellarator and Heliotron Workshop]] (ISHW)
* The [[European Fusion Theory Conference]] (EFTC)
* The [[Conference on Plasma Surface Interactions]] (PSI)
* The [[Symposium on Fusion Technology]] (SOFT)
* The [[EU-US Transport Task Force Meeting]] (TTF)
* The [[International Toki Conference]] (ITC)
* The [[Topical Conference on High Temperature Plasma Diagnostics]] (HTPD)
* The [http://www.sherwoodtheory.org/ Sherwood Theory Conference]
* The [[International Conference on Tritium Science and Technology]] (TRITIUM)
* The [[International Symposium on Fusion Nuclear Technology]] (ISFNT)
* The [[Coordinated Working Group Meeting]] (CWGM)

See also [[:Category:Conferences]].

== Meeting lists at other sites ==

* [http://www.ieee.org/plasma_meetings IEEE.org] (comprehensive list)
* [http://fusenet.eu/events FuseNet Events]
* [http://crpp.epfl.ch/conferences_e Centre de Recherches en Physique des Plasmas]
* [http://fire.pppl.gov/meetings_fusion.htm Fusion meeting list at Fire]
* [http://www.conference-service.com/conferences/plasma-and-gas-discharge-physics.html Conference-service] (commercial)

FusionWiki:Current events

2015-11-24T10:42:45Z

Begofehe: /* 2015 */

== Upcoming Fusion and Plasma events ==

Please feel free to add events.

=== 2015 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2015)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 16 - 27 || Miramare, Trieste, Italy || [https://www-amdis.iaea.org/Workshops/ICTP2015/ 2015 Joint ICTP-IAEA Advanced School and Workshop on Modern Methods in Plasma Spectroscopy]
|-
| April 14 - 17 || Frascati, Italy || [http://www.ecpd2015.enea.it/index.php/welcome 1st EPS Conference on Plasma Diagnostics]
|-
| April 28 - May 1 || Salem, MA, USA || [http://www.psfc.mit.edu/TTF2015/index.html 20th Joint US/EU Transport Task Force Workshop (TTF)]
|-
| May 18 - 22 || Aix en Provence, France || [http://irfm.cea.fr/pfmc15 15th Conference on Plasma Facing Materials & Components for Fusion Applications (PFMC)]
|-
| June 1 - 5 || Marseilles, France || [http://cct15.cpt.univ-mrs.fr/ Chaos, complexity and transport '15]
|-
| June 22 - 26 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/EPS2015/ 42nd EPS Conference on Plasma Physics (EPS)]
|-
| July 12 - 17 || Oeiras, Portugal || [http://plasmasurf.tecnico.ulisboa.pt/ Plasmasurf 2015] Summer School
|-
| September 7 - 11 || Warsaw, Poland || [http://plasma2013.ipplm.pl/ International Conference on Research and Application of Plasmas]
|-
| September 10 - 12 || Bad Honnef, Germany || [http://www.iek-yig.de/597thWEH/index.htm 597th Wilhelm and Else Heraeus Seminar on Stochasticity in Fusion Plasmas]
|-
| September 29 - October 2 || Vienna, Austria || [http://www-naweb.iaea.org/napc/physics/meetings/TM49934.html First IAEA Technical Meeting on Divertor Concepts]
|-
| October 5 - 8 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/eftc2015 16th European Fusion Theory Conference (EFTC)]
|-
| October 5 - 9 || Greifswald, Germany || [http://www.ipp.mpg.de/3523924/ishw_2015 20th International Stellarator/Heliotron Workshop (ISHW)]
|-
| October 19 - 21 || Garching, Germany || [https://www.ipp.mpg.de/h-mode2015 15th International Workshop on H-Mode Physics and Transport Barriers ]
|-
| November 3 - 6 || Toki, Japan || [http://itc.nifs.ac.jp 25th International Toki Conference (ITC)]
|-
| November 16 - 20 || Savannah, Georgia, USA || [http://www.aps.org/units/dpp/meetings/annual/index.cfm 57th Annual Meeting of the APS Division of Plasma Physics]
|-
| December 14 - 17 || Madrid, Spain || [http://ampt2015.org 18th Adavanced Materials and Processing Technologies (AMPT)]
|}

=== 2016 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2016)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 30 - April 1 || Frascati, Italy || [http://www.fusione.enea.it/icfdt/index.html International Conference FRONTIERS in DIAGNOSTIC TECHNOLOGIES] (ICFDT4)
|-
| May 17 - 20 || Yokohama, Japan || [http://www.ile.osaka-u.ac.jp/FIWS2016/index.html 14th International Workshop on the Fast Ignition and High Field Physics with High Power Lasers] (FIWS2016)
|-
| May 30 - June 3 || Rome, Italy || [http://www.psi2016.enea.it 22nd International Conference on Plasma Surface Interactions in Controlled Fusion Devices] (PSI)
|-
| June 20 - 23 || Prague, Czech Republic || [http://www.plasmaconference.cz/about.php 27th Symposium on Plasma Physics and Technology] (SPPT)
|-
| July 4 - 8 || Leuven, Belgium || [https://kuleuvencongres.be/eps2016 43rd EPS Conference on Plasma Physics] (EPS)
|-
| September 5 - 8 || Leysin, Switzerland || 21st Joint EU-US Transport Task Force Meeting
|-
| September 5 - 9 || Prague, Czech Republic || [http://www.soft2016.eu/ 29th Symposium on Fusion Technology] (SOFT)
|-
| October 17 - 22 || Kyoto, Japan || [http://www.fec2016.jp/ 26th IAEA Fusion Energy Conference]
|}

== Periodic meetings ==

The following FusionWiki entries attempt to both provide a record of historic meetings and direct links to proceedings:
* The [[IAEA Fusion Energy Conference]] (FEC)
* The [[European Physical Society Conference on Plasma Physics]] (EPS-CPP)
* The [[International Congress on Plasma Physics]] (ICPP)
* The [http://www.apsdpp.org/meetings/meeting_archives.php Annual Meeting of the Division of Plasma Physics of the American Physical Society] (APS-DPP)
* The [[International Stellarator and Heliotron Workshop]] (ISHW)
* The [[European Fusion Theory Conference]] (EFTC)
* The [[Conference on Plasma Surface Interactions]] (PSI)
* The [[Symposium on Fusion Technology]] (SOFT)
* The [[EU-US Transport Task Force Meeting]] (TTF)
* The [[International Toki Conference]] (ITC)
* The [[Topical Conference on High Temperature Plasma Diagnostics]] (HTPD)
* The [http://www.sherwoodtheory.org/ Sherwood Theory Conference]
* The [[International Conference on Tritium Science and Technology]] (TRITIUM)
* The [[International Symposium on Fusion Nuclear Technology]] (ISFNT)
* The [[Coordinated Working Group Meeting]] (CWGM)

See also [[:Category:Conferences]].

== Meeting lists at other sites ==

* [http://www.ieee.org/plasma_meetings IEEE.org] (comprehensive list)
* [http://fusenet.eu/events FuseNet Events]
* [http://crpp.epfl.ch/conferences_e Centre de Recherches en Physique des Plasmas]
* [http://fire.pppl.gov/meetings_fusion.htm Fusion meeting list at Fire]
* [http://www.conference-service.com/conferences/plasma-and-gas-discharge-physics.html Conference-service] (commercial)

FusionWiki:Current events

2015-11-24T10:42:25Z

Begofehe: /* 2015 */

== Upcoming Fusion and Plasma events ==

Please feel free to add events.

=== 2015 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2015)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 16 - 27 || Miramare, Trieste, Italy || [https://www-amdis.iaea.org/Workshops/ICTP2015/ 2015 Joint ICTP-IAEA Advanced School and Workshop on Modern Methods in Plasma Spectroscopy]
|-
| April 14 - 17 || Frascati, Italy || [http://www.ecpd2015.enea.it/index.php/welcome 1st EPS Conference on Plasma Diagnostics]
|-
| April 28 - May 1 || Salem, MA, USA || [http://www.psfc.mit.edu/TTF2015/index.html 20th Joint US/EU Transport Task Force Workshop (TTF)]
|-
| May 18 - 22 || Aix en Provence, France || [http://irfm.cea.fr/pfmc15 15th Conference on Plasma Facing Materials & Components for Fusion Applications (PFMC)]
|-
| June 1 - 5 || Marseilles, France || [http://cct15.cpt.univ-mrs.fr/ Chaos, complexity and transport '15]
|-
| June 22 - 26 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/EPS2015/ 42nd EPS Conference on Plasma Physics (EPS)]
|-
| July 12 - 17 || Oeiras, Portugal || [http://plasmasurf.tecnico.ulisboa.pt/ Plasmasurf 2015] Summer School
|-
| September 7 - 11 || Warsaw, Poland || [http://plasma2013.ipplm.pl/ International Conference on Research and Application of Plasmas]
|-
| September 10 - 12 || Bad Honnef, Germany || [http://www.iek-yig.de/597thWEH/index.htm 597th Wilhelm and Else Heraeus Seminar on Stochasticity in Fusion Plasmas]
|-
| September 29 - October 2 || Vienna, Austria || [http://www-naweb.iaea.org/napc/physics/meetings/TM49934.html First IAEA Technical Meeting on Divertor Concepts]
|-
| October 5 - 8 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/eftc2015 16th European Fusion Theory Conference (EFTC)]
|-
| October 5 - 9 || Greifswald, Germany || [http://www.ipp.mpg.de/3523924/ishw_2015 20th International Stellarator/Heliotron Workshop (ISHW)]
|-
| October 19 - 21 || Garching, Germany || [https://www.ipp.mpg.de/h-mode2015 15th International Workshop on H-Mode Physics and Transport Barriers ]
|-
| November 3 - 6 || Toki, Japan || [http://itc.nifs.ac.jp 25th International Toki Conference (ITC)]
|-
| November 16 - 20 || Savannah, Georgia, USA || [http://www.aps.org/units/dpp/meetings/annual/index.cfm 57th Annual Meeting of the APS Division of Plasma Physics]
|-
| December 14 - 17 || Madrid, Spain || [http://ampt2015.org 18st Adavanced Materials and Processing Technologies (AMPT)]
|}

=== 2016 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2016)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 30 - April 1 || Frascati, Italy || [http://www.fusione.enea.it/icfdt/index.html International Conference FRONTIERS in DIAGNOSTIC TECHNOLOGIES] (ICFDT4)
|-
| May 17 - 20 || Yokohama, Japan || [http://www.ile.osaka-u.ac.jp/FIWS2016/index.html 14th International Workshop on the Fast Ignition and High Field Physics with High Power Lasers] (FIWS2016)
|-
| May 30 - June 3 || Rome, Italy || [http://www.psi2016.enea.it 22nd International Conference on Plasma Surface Interactions in Controlled Fusion Devices] (PSI)
|-
| June 20 - 23 || Prague, Czech Republic || [http://www.plasmaconference.cz/about.php 27th Symposium on Plasma Physics and Technology] (SPPT)
|-
| July 4 - 8 || Leuven, Belgium || [https://kuleuvencongres.be/eps2016 43rd EPS Conference on Plasma Physics] (EPS)
|-
| September 5 - 8 || Leysin, Switzerland || 21st Joint EU-US Transport Task Force Meeting
|-
| September 5 - 9 || Prague, Czech Republic || [http://www.soft2016.eu/ 29th Symposium on Fusion Technology] (SOFT)
|-
| October 17 - 22 || Kyoto, Japan || [http://www.fec2016.jp/ 26th IAEA Fusion Energy Conference]
|}

== Periodic meetings ==

The following FusionWiki entries attempt to both provide a record of historic meetings and direct links to proceedings:
* The [[IAEA Fusion Energy Conference]] (FEC)
* The [[European Physical Society Conference on Plasma Physics]] (EPS-CPP)
* The [[International Congress on Plasma Physics]] (ICPP)
* The [http://www.apsdpp.org/meetings/meeting_archives.php Annual Meeting of the Division of Plasma Physics of the American Physical Society] (APS-DPP)
* The [[International Stellarator and Heliotron Workshop]] (ISHW)
* The [[European Fusion Theory Conference]] (EFTC)
* The [[Conference on Plasma Surface Interactions]] (PSI)
* The [[Symposium on Fusion Technology]] (SOFT)
* The [[EU-US Transport Task Force Meeting]] (TTF)
* The [[International Toki Conference]] (ITC)
* The [[Topical Conference on High Temperature Plasma Diagnostics]] (HTPD)
* The [http://www.sherwoodtheory.org/ Sherwood Theory Conference]
* The [[International Conference on Tritium Science and Technology]] (TRITIUM)
* The [[International Symposium on Fusion Nuclear Technology]] (ISFNT)
* The [[Coordinated Working Group Meeting]] (CWGM)

See also [[:Category:Conferences]].

== Meeting lists at other sites ==

* [http://www.ieee.org/plasma_meetings IEEE.org] (comprehensive list)
* [http://fusenet.eu/events FuseNet Events]
* [http://crpp.epfl.ch/conferences_e Centre de Recherches en Physique des Plasmas]
* [http://fire.pppl.gov/meetings_fusion.htm Fusion meeting list at Fire]
* [http://www.conference-service.com/conferences/plasma-and-gas-discharge-physics.html Conference-service] (commercial)

FusionWiki:Current events

2015-11-24T10:37:48Z

Begofehe: /* 2015 */

== Upcoming Fusion and Plasma events ==

Please feel free to add events.

=== 2015 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2015)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 16 - 27 || Miramare, Trieste, Italy || [https://www-amdis.iaea.org/Workshops/ICTP2015/ 2015 Joint ICTP-IAEA Advanced School and Workshop on Modern Methods in Plasma Spectroscopy]
|-
| April 14 - 17 || Frascati, Italy || [http://www.ecpd2015.enea.it/index.php/welcome 1st EPS Conference on Plasma Diagnostics]
|-
| April 28 - May 1 || Salem, MA, USA || [http://www.psfc.mit.edu/TTF2015/index.html 20th Joint US/EU Transport Task Force Workshop (TTF)]
|-
| May 18 - 22 || Aix en Provence, France || [http://irfm.cea.fr/pfmc15 15th Conference on Plasma Facing Materials & Components for Fusion Applications (PFMC)]
|-
| June 1 - 5 || Marseilles, France || [http://cct15.cpt.univ-mrs.fr/ Chaos, complexity and transport '15]
|-
| June 22 - 26 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/EPS2015/ 42nd EPS Conference on Plasma Physics (EPS)]
|-
| July 12 - 17 || Oeiras, Portugal || [http://plasmasurf.tecnico.ulisboa.pt/ Plasmasurf 2015] Summer School
|-
| September 7 - 11 || Warsaw, Poland || [http://plasma2013.ipplm.pl/ International Conference on Research and Application of Plasmas]
|-
| September 10 - 12 || Bad Honnef, Germany || [http://www.iek-yig.de/597thWEH/index.htm 597th Wilhelm and Else Heraeus Seminar on Stochasticity in Fusion Plasmas]
|-
| September 29 - October 2 || Vienna, Austria || [http://www-naweb.iaea.org/napc/physics/meetings/TM49934.html First IAEA Technical Meeting on Divertor Concepts]
|-
| October 5 - 8 || Lisbon, Portugal || [http://www.ipfn.ist.utl.pt/eftc2015 16th European Fusion Theory Conference (EFTC)]
|-
| October 5 - 9 || Greifswald, Germany || [http://www.ipp.mpg.de/3523924/ishw_2015 20th International Stellarator/Heliotron Workshop (ISHW)]
|-
| October 19 - 21 || Garching, Germany || [https://www.ipp.mpg.de/h-mode2015 15th International Workshop on H-Mode Physics and Transport Barriers ]
|-
| November 3 - 6 || Toki, Japan || [http://itc.nifs.ac.jp 25th International Toki Conference (ITC)]
|-
| November 16 - 20 || Savannah, Georgia, USA || [http://www.aps.org/units/dpp/meetings/annual/index.cfm 57th Annual Meeting of the APS Division of Plasma Physics]
|-
| December 14 - 17 || Madrid, Spain || [http://ampt2015.org]
|}

=== 2016 ===

{| class="wikitable" style="width: 100%" border="1"
|-
! scope="col" width="20%" | Date (2016)
! scope="col" width="20%" | Location
! scope="col" width="60%" | Conference/Meeting
|-
| March 30 - April 1 || Frascati, Italy || [http://www.fusione.enea.it/icfdt/index.html International Conference FRONTIERS in DIAGNOSTIC TECHNOLOGIES] (ICFDT4)
|-
| May 17 - 20 || Yokohama, Japan || [http://www.ile.osaka-u.ac.jp/FIWS2016/index.html 14th International Workshop on the Fast Ignition and High Field Physics with High Power Lasers] (FIWS2016)
|-
| May 30 - June 3 || Rome, Italy || [http://www.psi2016.enea.it 22nd International Conference on Plasma Surface Interactions in Controlled Fusion Devices] (PSI)
|-
| June 20 - 23 || Prague, Czech Republic || [http://www.plasmaconference.cz/about.php 27th Symposium on Plasma Physics and Technology] (SPPT)
|-
| July 4 - 8 || Leuven, Belgium || [https://kuleuvencongres.be/eps2016 43rd EPS Conference on Plasma Physics] (EPS)
|-
| September 5 - 8 || Leysin, Switzerland || 21st Joint EU-US Transport Task Force Meeting
|-
| September 5 - 9 || Prague, Czech Republic || [http://www.soft2016.eu/ 29th Symposium on Fusion Technology] (SOFT)
|-
| October 17 - 22 || Kyoto, Japan || [http://www.fec2016.jp/ 26th IAEA Fusion Energy Conference]
|}

== Periodic meetings ==

The following FusionWiki entries attempt to both provide a record of historic meetings and direct links to proceedings:
* The [[IAEA Fusion Energy Conference]] (FEC)
* The [[European Physical Society Conference on Plasma Physics]] (EPS-CPP)
* The [[International Congress on Plasma Physics]] (ICPP)
* The [http://www.apsdpp.org/meetings/meeting_archives.php Annual Meeting of the Division of Plasma Physics of the American Physical Society] (APS-DPP)
* The [[International Stellarator and Heliotron Workshop]] (ISHW)
* The [[European Fusion Theory Conference]] (EFTC)
* The [[Conference on Plasma Surface Interactions]] (PSI)
* The [[Symposium on Fusion Technology]] (SOFT)
* The [[EU-US Transport Task Force Meeting]] (TTF)
* The [[International Toki Conference]] (ITC)
* The [[Topical Conference on High Temperature Plasma Diagnostics]] (HTPD)
* The [http://www.sherwoodtheory.org/ Sherwood Theory Conference]
* The [[International Conference on Tritium Science and Technology]] (TRITIUM)
* The [[International Symposium on Fusion Nuclear Technology]] (ISFNT)
* The [[Coordinated Working Group Meeting]] (CWGM)

See also [[:Category:Conferences]].

== Meeting lists at other sites ==

* [http://www.ieee.org/plasma_meetings IEEE.org] (comprehensive list)
* [http://fusenet.eu/events FuseNet Events]
* [http://crpp.epfl.ch/conferences_e Centre de Recherches en Physique des Plasmas]
* [http://fire.pppl.gov/meetings_fusion.htm Fusion meeting list at Fire]
* [http://www.conference-service.com/conferences/plasma-and-gas-discharge-physics.html Conference-service] (commercial)

LNF:Organization

2015-11-24T10:30:16Z

Begofehe: /* Technology division */

== Laboratorio Nacional de Fusión ==

Asociación [[Euratom]]-[[CIEMAT]]: see [[Laboratorio Nacional de Fusión]].

The telephone numbers listed below are extensions; to call from outside the laboratory, dial: +34-91346xxxx, where xxxx is the extension. (When using 4-digit dialing from inside the laboratory: substitute any initial "0" by a "7".)

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Sánchez Sanz, Joaquin, Director || 6387
|-
| Aranda Nuñez, Doralice || 6159
|-
| Guerard Ortego, Carlos Kjell || -
|-
|}

=== TJ-II Experimental division ===

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Hidalgo Vera, Carlos, Head Investigator || 6498
|-
| Alonso de Pablo, Arturo || 6434
|-
| Arevalo Gutierrez, Juan || 7916
|-
| Baciero Adrados, Alfonso || 0848
|-
| Baiao, Diana || 0917
|-
| Blanco Villareal, Emilio J. || 7904
|-
| Carralero Ortiz, Daniel || 7917
|-
| Carranza Arias, José Mario || -
|-
| Estrada García, Mª. Teresa || 0845
|-
| Fontdecaba Climent, Jose María || 6642
|-
| García Cortés, Mª. Isabel || 6515
|-
| Hernanz Hernanz, Francisco J. || 6641
|-
| Herranz Marco, Jesús Antonio || 0848
|-
| Jiménez Rey, David || 6578
|-
| Losada Rodríguez, Ulises || 7918
|-
| Martín de Aguilera Moreno, Adriana || 7918
|-
| McCarthy, Kieran Joseph || 0846
|-
| Medina Yela, Francisco || 0847
|-
| Morera Hidalgo, Julio Andrés || -
|-
| Ochando Garcia, Mª. Antonia || 6462
|-
| de Pablos Hernández, Jose Luis || 6374
|-
| Pastor Díaz, Ignacio || 6324
|-
| Rapisarda Socorro, David || 6640
|-
| Rodríguez Fernández, Mª. Carmen || 2611
|-
| Sánchez Gómez, Miguel || 6397
|-
| [[User:Admin|van Milligen, Boudewijn]] || 6379
|-
| Zurro Hernández, Bernardo || 6457
|}

=== TJ-II Operation ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ascasíbar, Enrique, Head Investigator || 6369
|-
| Alegre Castro, Daniel || 0914
|-
| Barrio Villalba, Felix || 6285
|-
| de la Cal Heusch, Eduardo || 6317
|-
| Cappa Ascasíbar, Alvaro || 6646
|-
| Castrejón Moreno, Javier || 6803
|-
| Castro Rojo, Rodrigo || 6419
|-
| Catalán Moreno, Gregorio || 6643
|-
| Chamorro Lastra, Manuel || 6641
|-
| García Gomez, Raúl || 6641
|-
| Guasp Pérez, Jose || 6510
|-
| Jimenez Denche, Andrés Enrique || 6584
|-
| Liniers Vazquez, Macarena || 0844
|-
| López Razola, Justo || 6819
|-
| Martín Diaz, Fernando || -
|-
| Martinez Fernandez, Jose || 6646
|-
| Melón Blanco, Luis Jesús || 6285
|-
| Navarro Santana Miguel || 6824
|-
| Olivares Fernandez, Julian || 6361
|-
| Pereira Gonzalez, Augusto || 0929
|-
| Portas Ferreiro, Ana Belén || 0929
|-
| Rattá Gutiérrez, Giuseppe A. || 7917
|-
| Redondo Redondo, Mariano || 6287
|-
| Rios Marquez, Luis Maria || 6640
|-
| Rojo Lozano, Beatriz || 0916
|-
| Romero Gonzalez, Jesus Antonio || 6317
|-
| Ros Vivancos, Alfonso || 6642 || Sala Control 6828; || Lab. μOndas 6808
|-
| Sánchez Sarabia, Emilio || 6762
|-
| Sebastian Alfaro, José Antonio || 6684
|-
| Tabarés Vazquez, Francisco Luis || 6458
|-
| Tafalla García, David || 0843
|-
| Tolkachev, Alexander || 6828
|-
| Vega Sánchez, Jesús Antonio || 6474
|-
| Velasco de la Cuadra, Gregorio || 6819
|-
| Sala operación NBI || 6851
|}

=== Fusion theory unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Castejón, Francisco, Head Investigator || 6504
|-
| Calvo Rubio, Iván || 6739
|-
| López Bruna, Daniel || 6638
|-
| López Fraguas, Antonio || 0850
|-
| [[User:Esolano|Rodríguez-Solano Ribeiro, Emilia]]|| || +44 1235 46 4500
|-
| Sánchez González, Edilberto || 6162
|-
| Velasco Garasa, José Luis || 6434
|}

=== Engineering unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Alonso, José Javier, Head Investigator || 6639
|-
| Álvarez Benitez, Pio || 6684
|-
| Botija Pérez, José || 6329
|-
| Carrasco García, Ricardo || 7928
|-
| Kirpitchev, Igor || 6337
|-
| Lapayese Puebla, Fernando || 0928
|-
| Medrano Casanova, Mercedes || 6639
|-
| Méndez Montero, Purificación || 6337
|-
| Pacios Rodríguez, Luis || 6644
|-
| de la Peña Gómez, Ángel || 6644
|-
| Queral Mas, Vicente || 6419
|-
| Ramos Rivero, Francisco || 6584
|-
| Rincón Rincón, María Esther || 6637
|-
| Soleto Palomo, M. Alfonso || 6636
|-
| Weber Suárez, Moisés || 6636
|}

=== Technology division ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ibarra Sánchez, Ángel, Head Investigator || 6507
|-
| Hodgson Hampson, Eric Richard || 6202
|-
| Arroyo Macias, José Manuel || 6636
|-
| Brañas Lasala, Beatriz || 6289
|-
| Calvo Pinto, Julio || 6239
|-
| Carella, Elisabetta || 2579
|-
| Carmona Gázquez, Maria Isabel || 2574 || Lab. 6512
|-
| Castro Lobera, Paloma || 0852 ||6153
|-
| Cruz Malagón, Darío Andrés || 2574 || Lab. 7842
|-
| Fernández Berceruelo, Iván || 2579
|-
| Fernández Paredes, Mª. Pilar || 2581
|-
| García Gonzalez, Juan Manuel || 7842
|-
| García Sanz, Ángela || 6335
|-
| Gómez-Ferrer Herran, Begoña || 6578 || Lab. 7842
|-
| Gonzalez Viada, María || 2582
|-
| Hernandez Diaz, Mª. Teresa || 2581
|-
| Jimenez Baena, Francisco M. || 6204
|-
| Jiménez Piñero, Fernando || 2574
|-
| Malo Huerta, Marta || 6204
|-
| Martín Laso, Montserrat || 6512
|-
| Martín Martinez, Mª. Piedad || 2581
|-
| Molla Lorente, Joaquín || 6580
|-
| de la Morena Álvarez-Palencia, Cristina || 2600
|-
| Moroño Guadalajara, Alejandro A. || 6372
|-
| Mota García, Fernando || 6578
|-
| Ortíz, Christophe || 2582
|-
| Palermo, Iole || 6784
|-
| Pérez López, Mario || -
|-
| Regidor Serrano, David || 6584
|-
| Rodríguez Salvador, Diego || 6613
|-
| Roldán Blanco, Marcelo || 2574 || Lab. 6512
|-
| Román Chacón, Raquel || 6203
|-
| Saavedra Aguera, Rafael || 2574 || Lab. Óptica 6578
|-
| Sánchez Sanz, Fernando José || 6578 || FIB-SEM 6790
|-
| Sedano Miguel, Luis Ángel || 0913 || 7913
|-
| Valle Paisan, Francisco J. || 6204
|-
| Vila Vazquez, Rafael Alberto || 6580
|-
| Villamayor Callejo, Víctor || 6578
|-
|}

=== Support unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Dabbah Ainstein, Dina || 7851
|-
| Moreno García, Sabina || 6159
|-
| Romero Romero, Eulalia || 6161
|-
| Sánchez Rubio, Cristina || 6738
|}

LNF:Organization

2015-11-24T10:25:51Z

Begofehe: /* Technology division */

== Laboratorio Nacional de Fusión ==

Asociación [[Euratom]]-[[CIEMAT]]: see [[Laboratorio Nacional de Fusión]].

The telephone numbers listed below are extensions; to call from outside the laboratory, dial: +34-91346xxxx, where xxxx is the extension. (When using 4-digit dialing from inside the laboratory: substitute any initial "0" by a "7".)

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Sánchez Sanz, Joaquin, Director || 6387
|-
| Aranda Nuñez, Doralice || 6159
|-
| Guerard Ortego, Carlos Kjell || -
|-
|}

=== TJ-II Experimental division ===

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Hidalgo Vera, Carlos, Head Investigator || 6498
|-
| Alonso de Pablo, Arturo || 6434
|-
| Arevalo Gutierrez, Juan || 7916
|-
| Baciero Adrados, Alfonso || 0848
|-
| Baiao, Diana || 0917
|-
| Blanco Villareal, Emilio J. || 7904
|-
| Carralero Ortiz, Daniel || 7917
|-
| Carranza Arias, José Mario || -
|-
| Estrada García, Mª. Teresa || 0845
|-
| Fontdecaba Climent, Jose María || 6642
|-
| García Cortés, Mª. Isabel || 6515
|-
| Hernanz Hernanz, Francisco J. || 6641
|-
| Herranz Marco, Jesús Antonio || 0848
|-
| Jiménez Rey, David || 6578
|-
| Losada Rodríguez, Ulises || 7918
|-
| Martín de Aguilera Moreno, Adriana || 7918
|-
| McCarthy, Kieran Joseph || 0846
|-
| Medina Yela, Francisco || 0847
|-
| Morera Hidalgo, Julio Andrés || -
|-
| Ochando Garcia, Mª. Antonia || 6462
|-
| de Pablos Hernández, Jose Luis || 6374
|-
| Pastor Díaz, Ignacio || 6324
|-
| Rapisarda Socorro, David || 6640
|-
| Rodríguez Fernández, Mª. Carmen || 2611
|-
| Sánchez Gómez, Miguel || 6397
|-
| [[User:Admin|van Milligen, Boudewijn]] || 6379
|-
| Zurro Hernández, Bernardo || 6457
|}

=== TJ-II Operation ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ascasíbar, Enrique, Head Investigator || 6369
|-
| Alegre Castro, Daniel || 0914
|-
| Barrio Villalba, Felix || 6285
|-
| de la Cal Heusch, Eduardo || 6317
|-
| Cappa Ascasíbar, Alvaro || 6646
|-
| Castrejón Moreno, Javier || 6803
|-
| Castro Rojo, Rodrigo || 6419
|-
| Catalán Moreno, Gregorio || 6643
|-
| Chamorro Lastra, Manuel || 6641
|-
| García Gomez, Raúl || 6641
|-
| Guasp Pérez, Jose || 6510
|-
| Jimenez Denche, Andrés Enrique || 6584
|-
| Liniers Vazquez, Macarena || 0844
|-
| López Razola, Justo || 6819
|-
| Martín Diaz, Fernando || -
|-
| Martinez Fernandez, Jose || 6646
|-
| Melón Blanco, Luis Jesús || 6285
|-
| Navarro Santana Miguel || 6824
|-
| Olivares Fernandez, Julian || 6361
|-
| Pereira Gonzalez, Augusto || 0929
|-
| Portas Ferreiro, Ana Belén || 0929
|-
| Rattá Gutiérrez, Giuseppe A. || 7917
|-
| Redondo Redondo, Mariano || 6287
|-
| Rios Marquez, Luis Maria || 6640
|-
| Rojo Lozano, Beatriz || 0916
|-
| Romero Gonzalez, Jesus Antonio || 6317
|-
| Ros Vivancos, Alfonso || 6642 || Sala Control 6828; || Lab. μOndas 6808
|-
| Sánchez Sarabia, Emilio || 6762
|-
| Sebastian Alfaro, José Antonio || 6684
|-
| Tabarés Vazquez, Francisco Luis || 6458
|-
| Tafalla García, David || 0843
|-
| Tolkachev, Alexander || 6828
|-
| Vega Sánchez, Jesús Antonio || 6474
|-
| Velasco de la Cuadra, Gregorio || 6819
|-
| Sala operación NBI || 6851
|}

=== Fusion theory unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Castejón, Francisco, Head Investigator || 6504
|-
| Calvo Rubio, Iván || 6739
|-
| López Bruna, Daniel || 6638
|-
| López Fraguas, Antonio || 0850
|-
| [[User:Esolano|Rodríguez-Solano Ribeiro, Emilia]]|| || +44 1235 46 4500
|-
| Sánchez González, Edilberto || 6162
|-
| Velasco Garasa, José Luis || 6434
|}

=== Engineering unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Alonso, José Javier, Head Investigator || 6639
|-
| Álvarez Benitez, Pio || 6684
|-
| Botija Pérez, José || 6329
|-
| Carrasco García, Ricardo || 7928
|-
| Kirpitchev, Igor || 6337
|-
| Lapayese Puebla, Fernando || 0928
|-
| Medrano Casanova, Mercedes || 6639
|-
| Méndez Montero, Purificación || 6337
|-
| Pacios Rodríguez, Luis || 6644
|-
| de la Peña Gómez, Ángel || 6644
|-
| Queral Mas, Vicente || 6419
|-
| Ramos Rivero, Francisco || 6584
|-
| Rincón Rincón, María Esther || 6637
|-
| Soleto Palomo, M. Alfonso || 6636
|-
| Weber Suárez, Moisés || 6636
|}

=== Technology division ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ibarra Sánchez, Ángel, Head Investigator || 6507
|-
| Hodgson Hampson, Eric Richard || 6202
|-
| Arroyo Macias, José Manuel || 6636
|-
| Brañas Lasala, Beatriz || 6289
|-
| Calvo Pinto, Julio || 6239
|-
| Carella, Elisabetta || 2579
|-
| Carmona Gázquez, Maria Isabel || 2574 || Lab. 6512
|-
| Castro Lobera, Paloma || 0852 ||6153
|-
| Cruz Malagón, Darío Andrés || 2574 || Lab. 7842
|-
| Fernández Berceruelo, Iván || 2579
|-
| Fernández Paredes, Mª. Pilar || 2581
|-
| García Gonzalez, Juan Manuel || 7842
|-
| García Sanz, Ángela || 6335
|-
| Gómez-Ferrer Herran, Begoña || 6578 || Lab. 7842
|-
| Gonzalez Viada, María || 2582
|-
| Hernandez Diaz, Mª. Teresa || 2581
|-
| Jimenez Baena, Francisco M. || 6204
|-
| Jiménez Piñero, Fernando || 2574
|-
| Malo Huerta, Marta || 6204
|-
| Martín Laso, Montserrat || 6512
|-
| Martín Martinez, Mª. Piedad || 2581
|-
| Molla Lorente, Joaquín || 6580
|-
| de la Morena Álvarez-Palencia, Cristina || 2600
|-
| Moroño Guadalajara, Alejandro A. || 6372
|-
| Mota García, Fernando || 6578
|-
| Ortíz, Christophe || 2582
|-
| Oyarzabal Vicente, Eider || -
|-
| Palermo, Iole || 6784
|-
| Pérez López, Mario || -
|-
| Regidor Serrano, David || 6584
|-
| Rodríguez Salvador, Diego || 6613
|-
| Roldán Blanco, Marcelo || 2574 || Lab. 6512
|-
| Román Chacón, Raquel || 6203
|-
| Saavedra Aguera, Rafael || 2574 || Lab. Óptica 6578
|-
| Sánchez Sanz, Fernando José || 6578 || FIB-SEM 6790
|-
| Sedano Miguel, Luis Ángel || 0913 || 7913
|-
| Valle Paisan, Francisco J. || 6204
|-
| Vila Vazquez, Rafael Alberto || 6580
|-
|}

=== Support unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Dabbah Ainstein, Dina || 7851
|-
| Moreno García, Sabina || 6159
|-
| Romero Romero, Eulalia || 6161
|-
| Sánchez Rubio, Cristina || 6738
|}

LNF:Organization

2015-11-24T10:23:44Z

Begofehe: /* Technology division */

== Laboratorio Nacional de Fusión ==

Asociación [[Euratom]]-[[CIEMAT]]: see [[Laboratorio Nacional de Fusión]].

The telephone numbers listed below are extensions; to call from outside the laboratory, dial: +34-91346xxxx, where xxxx is the extension. (When using 4-digit dialing from inside the laboratory: substitute any initial "0" by a "7".)

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Sánchez Sanz, Joaquin, Director || 6387
|-
| Aranda Nuñez, Doralice || 6159
|-
| Guerard Ortego, Carlos Kjell || -
|-
|}

=== TJ-II Experimental division ===

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Hidalgo Vera, Carlos, Head Investigator || 6498
|-
| Alonso de Pablo, Arturo || 6434
|-
| Arevalo Gutierrez, Juan || 7916
|-
| Baciero Adrados, Alfonso || 0848
|-
| Baiao, Diana || 0917
|-
| Blanco Villareal, Emilio J. || 7904
|-
| Carralero Ortiz, Daniel || 7917
|-
| Carranza Arias, José Mario || -
|-
| Estrada García, Mª. Teresa || 0845
|-
| Fontdecaba Climent, Jose María || 6642
|-
| García Cortés, Mª. Isabel || 6515
|-
| Hernanz Hernanz, Francisco J. || 6641
|-
| Herranz Marco, Jesús Antonio || 0848
|-
| Jiménez Rey, David || 6578
|-
| Losada Rodríguez, Ulises || 7918
|-
| Martín de Aguilera Moreno, Adriana || 7918
|-
| McCarthy, Kieran Joseph || 0846
|-
| Medina Yela, Francisco || 0847
|-
| Morera Hidalgo, Julio Andrés || -
|-
| Ochando Garcia, Mª. Antonia || 6462
|-
| de Pablos Hernández, Jose Luis || 6374
|-
| Pastor Díaz, Ignacio || 6324
|-
| Rapisarda Socorro, David || 6640
|-
| Rodríguez Fernández, Mª. Carmen || 2611
|-
| Sánchez Gómez, Miguel || 6397
|-
| [[User:Admin|van Milligen, Boudewijn]] || 6379
|-
| Zurro Hernández, Bernardo || 6457
|}

=== TJ-II Operation ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ascasíbar, Enrique, Head Investigator || 6369
|-
| Alegre Castro, Daniel || 0914
|-
| Barrio Villalba, Felix || 6285
|-
| de la Cal Heusch, Eduardo || 6317
|-
| Cappa Ascasíbar, Alvaro || 6646
|-
| Castrejón Moreno, Javier || 6803
|-
| Castro Rojo, Rodrigo || 6419
|-
| Catalán Moreno, Gregorio || 6643
|-
| Chamorro Lastra, Manuel || 6641
|-
| García Gomez, Raúl || 6641
|-
| Guasp Pérez, Jose || 6510
|-
| Jimenez Denche, Andrés Enrique || 6584
|-
| Liniers Vazquez, Macarena || 0844
|-
| López Razola, Justo || 6819
|-
| Martín Diaz, Fernando || -
|-
| Martinez Fernandez, Jose || 6646
|-
| Melón Blanco, Luis Jesús || 6285
|-
| Navarro Santana Miguel || 6824
|-
| Olivares Fernandez, Julian || 6361
|-
| Pereira Gonzalez, Augusto || 0929
|-
| Portas Ferreiro, Ana Belén || 0929
|-
| Rattá Gutiérrez, Giuseppe A. || 7917
|-
| Redondo Redondo, Mariano || 6287
|-
| Rios Marquez, Luis Maria || 6640
|-
| Rojo Lozano, Beatriz || 0916
|-
| Romero Gonzalez, Jesus Antonio || 6317
|-
| Ros Vivancos, Alfonso || 6642 || Sala Control 6828; || Lab. μOndas 6808
|-
| Sánchez Sarabia, Emilio || 6762
|-
| Sebastian Alfaro, José Antonio || 6684
|-
| Tabarés Vazquez, Francisco Luis || 6458
|-
| Tafalla García, David || 0843
|-
| Tolkachev, Alexander || 6828
|-
| Vega Sánchez, Jesús Antonio || 6474
|-
| Velasco de la Cuadra, Gregorio || 6819
|-
| Sala operación NBI || 6851
|}

=== Fusion theory unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Castejón, Francisco, Head Investigator || 6504
|-
| Calvo Rubio, Iván || 6739
|-
| López Bruna, Daniel || 6638
|-
| López Fraguas, Antonio || 0850
|-
| [[User:Esolano|Rodríguez-Solano Ribeiro, Emilia]]|| || +44 1235 46 4500
|-
| Sánchez González, Edilberto || 6162
|-
| Velasco Garasa, José Luis || 6434
|}

=== Engineering unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Alonso, José Javier, Head Investigator || 6639
|-
| Álvarez Benitez, Pio || 6684
|-
| Botija Pérez, José || 6329
|-
| Carrasco García, Ricardo || 7928
|-
| Kirpitchev, Igor || 6337
|-
| Lapayese Puebla, Fernando || 0928
|-
| Medrano Casanova, Mercedes || 6639
|-
| Méndez Montero, Purificación || 6337
|-
| Pacios Rodríguez, Luis || 6644
|-
| de la Peña Gómez, Ángel || 6644
|-
| Queral Mas, Vicente || 6419
|-
| Ramos Rivero, Francisco || 6584
|-
| Rincón Rincón, María Esther || 6637
|-
| Soleto Palomo, M. Alfonso || 6636
|-
| Weber Suárez, Moisés || 6636
|}

=== Technology division ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ibarra Sánchez, Ángel, Head Investigator || 6507
|-
| Hodgson Hampson, Eric Richard || 6202
|-
| Arroyo Macias, José Manuel || 6636
|-
| Brañas Lasala, Beatriz || 6289
|-
| Calvo Pinto, Julio || 6239
|-
| Carella, Elisabetta || 2579
|-
| Carmona Gázquez, Maria Isabel || 2574 || Lab. 6512
|-
| Castro Lobera, Paloma || 0852 ||6153
|-
| Cruz Malagón, Darío Andrés || 2574 || Lab. 7842
|-
| Fernández Berceruelo, Iván || 2579
|-
| Fernández Paredes, Mª. Pilar || 2581
|-
| García Gonzalez, Juan Manuel || 7842
|-
| García Sanz, Ángela || 6335
|-
| Gómez-Ferrer Herran, Begoña || 6578 || Lab. 7842
|-
| Gonzalez Viada, María || 2582
|-
| Hernandez Diaz, Mª. Teresa || 2581
|-
| Jimenez Baena, Francisco M. || 6204
|-
| Jiménez Piñero, Fernando || 2574
|-
| Malo Huerta, Marta || 6204
|-
| Martín Laso, Montserrat || 6512
|-
| Martín Martinez, Mª. Piedad || 2581
|-
| Molla Lorente, Joaquín || 6580
|-
| de la Morena Álvarez-Palencia, Cristina || 2600
|-
| Moroño Guadalajara, Alejandro A. || 6372
|-
| Mota García, Fernando || 6578
|-
| Ortíz, Christophe || 2582
|-
| Oyarzabal Vicente, Eider || -
|-
| Palermo, Iole || 6784
|-
| Pérez López, Mario || -
|-
| Regidor Serrano, David || 6584
|-
| Rodríguez Salvador, Diego || 6613
|-
| Roldán Blanco, Marcelo || 2574 || Lab. 6512
|-
| Román Chacón, Raquel || 6203
|-
| Saavedra Aguera, Rafael || 2574 || Lab. Óptica 6578
|-
| Sedano Miguel, Luis Ángel || 0913 || 7913
|-
| Valle Paisan, Francisco J. || 6204
|-
| Vila Vazquez, Rafael Alberto || 6580
|-
|}

=== Support unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Dabbah Ainstein, Dina || 7851
|-
| Moreno García, Sabina || 6159
|-
| Romero Romero, Eulalia || 6161
|-
| Sánchez Rubio, Cristina || 6738
|}

LNF:Organization

2014-12-10T11:13:35Z

Begofehe: /* Technology division */

== Laboratorio Nacional de Fusión ==

Asociación [[Euratom]]-[[CIEMAT]]: see [[Laboratorio Nacional de Fusión]].

The telephone numbers listed below are extensions; to call from outside the laboratory, dial: +34-91346xxxx, where xxxx is the extension. (When using 4-digit dialing from inside the laboratory: substitute any initial "0" by a "7".)

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Sánchez Sanz, Joaquin, Director || 6387
|-
| Aranda Nuñez, Doralice || 6159
|-
| Carbajo Josa, Fernando A. || 6153

|-
| Guerard Ortego, Carlos Kjell || -
|-
| Wolfers, Gilles || 6638
|}

=== TJ-II Experimental division ===

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Hidalgo Vera, Carlos, Head Investigator || 6498
|-
| Alonso de Pablo, Arturo || 6434
|-
| Arevalo Gutierrez, Juan || 7916
|-
| Baciero Adrados, Alfonso || 0848
|-
| Baiao, Diana || 0917
|-
| Blanco Villareal, Emilio J. || 7904
|-
| Carralero Ortiz, Daniel || 7917
|-
| Carranza Arias, José Mario || -
|-
| Estrada García, Mª. Teresa || 0845
|-
| Fontdecaba Climent, Jose María || 6642
|-
| García Cortés, Mª. Isabel || 6515
|-
| Hernanz Hernanz, Francisco J. || 6641
|-
| Herranz Marco, Jesús Antonio || 0848
|-
| Jiménez Rey, David || 6578
|-
| Martín de Aguilera Moreno, Adriana || 7918
|-
| McCarthy, Kieran Joseph || 0846
|-
| Medina Yela, Francisco || 0847
|-
| Morera Hidalgo, Julio Andrés || -
|-
| Ochando Garcia, Mª. Antonia || 6462
|-
| de Pablos Hernández, Jose Luis || 6374
|-
| Pastor Díaz, Ignacio || 6324
|-
| Pedrosa Luna, Mª. Angeles || 6493
|-
| Rapisarda Socorro, David || 6640
|-
| Rodríguez Fernández, Mª. Carmen || 6647
|-
| Sánchez Gómez, Miguel || 6397
|-
| [[User:Admin|van Milligen, Boudewijn]] || 6379
|-
| Zurro Hernández, Bernardo || 6457
|}

=== TJ-II Operation ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ascasíbar, Enrique, Head Investigator || 6369
|-
| Alegre Castro, Daniel || 0914
|-
| Barrio Villalba, Felix || 6285
|-
| de la Cal Heusch, Eduardo || 6317
|-
| Cappa Ascasíbar, Alvaro || 6646
|-
| Castrejón Moreno, Javier || 6803
|-
| Castro Rojo, Rodrigo || 6419
|-
| Catalán Moreno, Gregorio || 6643
|-
| Chamorro Lastra, Manuel || 6641
|-
| García Gomez, Raúl || 6641
|-
| Guasp Pérez, Jose || 6510
|-
| Jimenez Denche, Andrés Enrique || 6584
|-
| Liniers Vazquez, Macarena || 0844
|-
| López Razola, Justo || 6819
|-
| Martín Diaz, Fernando || -
|-
| Martín Hernandez, Felix || 6824
|-
| Martinez Fernandez, Jose || 6646
|-
| Melón Blanco, Luis Jesús || 6285
|-
| Olivares Fernandez, Julian || 6361
|-
| Pereira Gonzalez, Augusto || 0929
|-
| Portas Ferreiro, Ana Belén || 0929
|-
| Redondo Redondo, Mariano || 6287
|-
| Rios Marquez, Luis Maria || 6640
|-
| Rojo Lozano, Beatriz || 0916
|-
| Romero Gonzalez, Jesus Antonio || 6317
|-
| Ros Vivancos, Alfonso || 6642 || Sala Control 6828; || Lab. μOndas 6808
|-
| Sánchez Sarabia, Emilio || 6762
|-
| Sebastian Alfaro, José Antonio || 6684
|-
| Tabarés Vazquez, Francisco Luis || 6458
|-
| Tafalla García, David || 0843
|-
| Tolkachev, Alexander || 6828
|-
| Vega Sánchez, Jesús Antonio || 6474
|-
| Velasco de la Cuadra, Gregorio || 6819
|-
| Sala operación NBI || 6851
|}

=== Fusion theory unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Castejón, Francisco, Head Investigator || 6504
|-
| Calvo Rubio, Iván || 6739
|-
| Jiménez Aparicio, Juan Antonio || 6503
|-
| López Bruna, Daniel || 6638
|-
| López Fraguas, Antonio || 0850
|-
| [[User:Esolano|Rodríguez-Solano Ribeiro, Emilia]]|| || +44 1235 46 4500
|-
| Sánchez González, Edilberto || 6162
|-
| Velasco Garasa, José Luis || 6434
|}

=== Engineering unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Alonso, José Javier, Head Investigator || 6639
|-
| Álvarez Benitez, Pio || 6684
|-
| Botija Pérez, José || 6329
|-
| Carrasco García, Ricardo || 7928
|-
| Kirpitchev, Igor || 6337
|-
| Lapayese Puebla, Fernando || 0928
|-
| Medrano Casanova, Mercedes || 6639
|-
| Méndez Montero, Purificación || 6337
|-
| Pacios Rodríguez, Luis || 6644
|-
| de la Peña Gómez, Ángel || 6644
|-
| Queral Mas, Vicente || 6419
|-
| Ramos Rivero, Francisco || 6584
|-
| Rincón Rincón, María Esther || 6637
|-
| Soleto Palomo, M. Alfonso || 6636
|-
| Weber Suárez, Moisés || 6636
|}

=== Technology division ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ibarra Sánchez, Ángel, Head Investigator || 6507
|-
| Hodgson Hampson, Eric Richard || 6202
|-
| Arroyo Macias, José Manuel || 6636
|-
| Brañas Lasala, Beatriz || 6289
|-
| Calvo Pinto, Julio || 6239
|-
| Carella, Elisabetta || 2579
|-
| Carmona Gázquez, Maria Isabel || 2574 || Lab. 6512
|-
| Castro Lobera, Paloma || 0852 ||6153
|-
| Fernández Berceruelo, Iván || 2579
|-
| Fernández Paredes, Mª. Pilar || 2581
|-
| García Gonzalez, Juan Manuel || 7842
|-
| García Sanz, Ángela || 6335
|-
| Gómez-Ferrer Herran, Begoña || 6578 || Lab. 7842
|-
| Gonzalez Viada, María || 2582
|-
| Hernandez Diaz, Mª. Teresa || 2581
|-
| Jimenez Baena, Francisco M. || 6204
|-
| Jiménez Piñero, Fernando || 2574
|-
| Malo Huerta, Marta || 6204
|-
| Martín Laso, Montserrat || 6512
|-
| Martín Martinez, Mª. Piedad || 2581
|-
| Molla Lorente, Joaquín || 6580
|-
| de la Morena Álvarez-Palencia, Cristina || 2600
|-
| Moroño Guadalajara, Alejandro A. || 6372
|-
| Mota García, Fernando || 6578
|-
| Ortíz, Christophe || 2582
|-
| Oyarzabal Vicente, Eider || -
|-
| Palermo, Iole || 6784
|-
| Pérez López, Mario || -
|-
| Regidor Serrano, David || 6584
|-
| Rodríguez Salvador, Diego || 6613
|-
| Roldán Blanco, Marcelo || 2574 || Lab. 6512
|-
| Román Chacón, Raquel || 6203
|-
| Saavedra Aguera, Rafael || 2574 || Lab. Óptica 6578
|-
| Sedano Miguel, Luis Ángel || 0913 || 7913
|-
| Valle Paisan, Francisco J. || 6204
|-
| Vila Vazquez, Rafael Alberto || 6580
|-
|}

=== Support unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Dabbah Ainstein, Dina || 7851
|-
| Moreno García, Sabina || 6159
|-
| Romero Romero, Eulalia || 6161
|-
| Sánchez Rubio, Cristina || 6738
|-
| Torras Barneto, Mª Dolores || 6663
|}

LNF:Organization

2014-12-10T09:29:16Z

Begofehe: /* Technology division */

== Laboratorio Nacional de Fusión ==

Asociación [[Euratom]]-[[CIEMAT]]: see [[Laboratorio Nacional de Fusión]].

The telephone numbers listed below are extensions; to call from outside the laboratory, dial: +34-91346xxxx, where xxxx is the extension. (When using 4-digit dialing from inside the laboratory: substitute any initial "0" by a "7".)

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Sánchez Sanz, Joaquin, Director || 6387
|-
| Aranda Nuñez, Doralice || 6159
|-
| Carbajo Josa, Fernando A. || 6153

|-
| Guerard Ortego, Carlos Kjell || -
|-
| Wolfers, Gilles || 6638
|}

=== TJ-II Experimental division ===

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Hidalgo Vera, Carlos, Head Investigator || 6498
|-
| Alonso de Pablo, Arturo || 6434
|-
| Arevalo Gutierrez, Juan || 7916
|-
| Baciero Adrados, Alfonso || 0848
|-
| Baiao, Diana || 0917
|-
| Blanco Villareal, Emilio J. || 7904
|-
| Carralero Ortiz, Daniel || 7917
|-
| Carranza Arias, José Mario || -
|-
| Estrada García, Mª. Teresa || 0845
|-
| Fontdecaba Climent, Jose María || 6642
|-
| García Cortés, Mª. Isabel || 6515
|-
| Hernanz Hernanz, Francisco J. || 6641
|-
| Herranz Marco, Jesús Antonio || 0848
|-
| Jiménez Rey, David || 6578
|-
| Martín de Aguilera Moreno, Adriana || 7918
|-
| McCarthy, Kieran Joseph || 0846
|-
| Medina Yela, Francisco || 0847
|-
| Morera Hidalgo, Julio Andrés || -
|-
| Ochando Garcia, Mª. Antonia || 6462
|-
| de Pablos Hernández, Jose Luis || 6374
|-
| Pastor Díaz, Ignacio || 6324
|-
| Pedrosa Luna, Mª. Angeles || 6493
|-
| Rapisarda Socorro, David || 6640
|-
| Rodríguez Fernández, Mª. Carmen || 6647
|-
| Sánchez Gómez, Miguel || 6397
|-
| [[User:Admin|van Milligen, Boudewijn]] || 6379
|-
| Zurro Hernández, Bernardo || 6457
|}

=== TJ-II Operation ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ascasíbar, Enrique, Head Investigator || 6369
|-
| Alegre Castro, Daniel || 0914
|-
| Barrio Villalba, Felix || 6285
|-
| de la Cal Heusch, Eduardo || 6317
|-
| Cappa Ascasíbar, Alvaro || 6646
|-
| Castrejón Moreno, Javier || 6803
|-
| Castro Rojo, Rodrigo || 6419
|-
| Catalán Moreno, Gregorio || 6643
|-
| Chamorro Lastra, Manuel || 6641
|-
| García Gomez, Raúl || 6641
|-
| Guasp Pérez, Jose || 6510
|-
| Jimenez Denche, Andrés Enrique || 6584
|-
| Liniers Vazquez, Macarena || 0844
|-
| López Razola, Justo || 6819
|-
| Martín Diaz, Fernando || -
|-
| Martín Hernandez, Felix || 6824
|-
| Martinez Fernandez, Jose || 6646
|-
| Melón Blanco, Luis Jesús || 6285
|-
| Olivares Fernandez, Julian || 6361
|-
| Pereira Gonzalez, Augusto || 0929
|-
| Portas Ferreiro, Ana Belén || 0929
|-
| Redondo Redondo, Mariano || 6287
|-
| Rios Marquez, Luis Maria || 6640
|-
| Rojo Lozano, Beatriz || 0916
|-
| Romero Gonzalez, Jesus Antonio || 6317
|-
| Ros Vivancos, Alfonso || 6642 || Sala Control 6828; || Lab. μOndas 6808
|-
| Sánchez Sarabia, Emilio || 6762
|-
| Sebastian Alfaro, José Antonio || 6684
|-
| Tabarés Vazquez, Francisco Luis || 6458
|-
| Tafalla García, David || 0843
|-
| Tolkachev, Alexander || 6828
|-
| Vega Sánchez, Jesús Antonio || 6474
|-
| Velasco de la Cuadra, Gregorio || 6819
|-
| Sala operación NBI || 6851
|}

=== Fusion theory unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Castejón, Francisco, Head Investigator || 6504
|-
| Calvo Rubio, Iván || 6739
|-
| Jiménez Aparicio, Juan Antonio || 6503
|-
| López Bruna, Daniel || 6638
|-
| López Fraguas, Antonio || 0850
|-
| [[User:Esolano|Rodríguez-Solano Ribeiro, Emilia]]|| || +44 1235 46 4500
|-
| Sánchez González, Edilberto || 6162
|-
| Velasco Garasa, José Luis || 6434
|}

=== Engineering unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Alonso, José Javier, Head Investigator || 6639
|-
| Álvarez Benitez, Pio || 6684
|-
| Botija Pérez, José || 6329
|-
| Carrasco García, Ricardo || 7928
|-
| Kirpitchev, Igor || 6337
|-
| Lapayese Puebla, Fernando || 0928
|-
| Medrano Casanova, Mercedes || 6639
|-
| Méndez Montero, Purificación || 6337
|-
| Pacios Rodríguez, Luis || 6644
|-
| de la Peña Gómez, Ángel || 6644
|-
| Queral Mas, Vicente || 6419
|-
| Ramos Rivero, Francisco || 6584
|-
| Rincón Rincón, María Esther || 6637
|-
| Soleto Palomo, M. Alfonso || 6636
|-
| Weber Suárez, Moisés || 6636
|}

=== Technology division ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ibarra Sánchez, Ángel, Head Investigator || 6507
|-
| Hodgson Hampson, Eric Richard || 6202
|-
| Arroyo Macias, José Manuel || 6636
|-
| Brañas Lasala, Beatriz || 6289
|-
| Calvo Pinto, Julio || 6239
|-
| Carella, Elisabetta || 2579
|-
| Carmona Gázquez, Maria Isabel || 2574 || Lab. 6512
|-
| Castro Lobera, Paloma || 0852 ||6153
|-
| Fernández Berceruelo, Iván || 2579
|-
| Fernández Paredes, Mª. Pilar || 2581
|-
| García Gonzalez, Juan Manuel || 7842
|-
| García Sanz, Ángela || 6335
|-
| Gómez-Ferrer Herran, Begoña || 6578 || Lab. 7842
|-
| Gonzalez Viada, María || 2582
|-
| Hernandez Diaz, Mª. Teresa || 2581
|-
| Jimenez Baena, Francisco M. || 6204
|-
| Jiménez Piñero, Fernando || 2574
|-
| Malo Huerta, Marta || 6204
|-
| Martín Laso, Montserrat || 6512
|-
| Martín Martinez, Mª. Piedad || 2581
|-
| Martinez Alcalde, Pablo Miguel || 2579
|-
| Martinez-Albertos Bofarull, José Luis || -
|-
| Molla Lorente, Joaquín || 6580
|-
| de la Morena Álvarez-Palencia, Cristina || 2600
|-
| Moroño Guadalajara, Alejandro A. || 6372
|-
| Mota García, Fernando || 6578
|-
| Ortíz, Christophe || 2582
|-
| Oyarzabal Vicente, Eider || -
|-
| Palermo, Iole || 6784
|-
| Pérez López, Mario || -
|-
| Ramos Gallardo, Angel || 6361
|-
| Regidor Serrano, David || 6584
|-
| Rodríguez Salvador, Diego || 6613
|-
| Rodríguez Sánchez, Mª. Teresa || 6203
|-
| Roldán Blanco, Marcelo || 2574 || Lab. 6512
|-
| Saavedra Aguera, Rafael || 2574 || Lab. Óptica 6578
|-
| Sedano Miguel, Luis Ángel || 0913 || 7913
|-
| Valle Paisan, Francisco J. || 6204
|-
| Vila Vazquez, Rafael Alberto || 6580
|-
|}

=== Support unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Dabbah Ainstein, Dina || 7851
|-
| Moreno García, Sabina || 6159
|-
| Romero Romero, Eulalia || 6161
|-
| Sánchez Rubio, Cristina || 6738
|-
| Torras Barneto, Mª Dolores || 6663
|}