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ITER NEWSLINE 66
The Department of Central Engineering and Plant Support (CEP) was busy in 2008 building up manpower, reviewing the baseline design, estimating resource requirements, etc. CEP is currently responsible for 31 Procurement Packages totaling some 900 MEuro across various plant support systems.
The basic plant support systems such as the electric power supply, the cooling water system, the cryogenic system and the hot cell should be ready for use before the assembly work starts on site. Therefore, Procurement Arrangements (PAs) for both the cooling water system and electric power distribution systems will be signed in 2009. In parallel, to accommodate the recent design changes and regulatory requirements, recalculation of user requirements for several main systems is in progress. The result will be utilized in finalizing the design of plant support systems.
Last December, the first kick-off meeting of the pilot Integrated Product Team (IPT) for the power supply was held with the participation of IO and DA experts. Key tasks were identified at the meeting and six task leaders were selected for their successful implementation. There will be a regular pilot IPT meeting every month and weekly task-level meetings to check the progress and facilitate collective problem solving. The relevant experts from both the ITER Organization and the Domestic Agencies (DAs) are focused on the success of the Electrical Power supply. Efforts will be concentrated on the areas of AC/DC converter technology, standardization of power distribution and the integrated power control system for the ITER magnets. Moreover, a dedicated expert group will soon be operational to review the baseline design of AC/DC converter under the framework of the IPT for the next six months.
The In-Wall Shielding for the ITER tokamak is composed of modular blocks made of borated and ferritic stainless steel plates that fill the space between the double walls of the vessel structure. The main function of these inserts is to provide neutron shielding and to reduce field ripple. Water flow channels provide the cooling of the material.
Field ripple along the outer edges of the plasma can produce potentially damaging hot spots to the first wall. This effect can be reduced by increasing the size or number of toroidal field coils (TF) or by installing ferromagnetic inserts between the plasma and the TF coils. Due to cost and space restraints the use of ferromagnetic steel plates looks like the most viable solution. Five different materials will be used in ITER: for the neutron shielding steel of types 304B4 and 304B7 has been chosen, and for the ferromagnetic inserts chromium stainless steel plates of type 430.
The Indian Domestic Agency (DA) will fabricate and deliver more than 6000 shielding blocks for installation into the VV sectors in Korea and the EU, while some blocks will be delivered to ITER for installation in the field joints regions when the VV sectors are assembled at Cadarache. The weight of each neutron shielding plate can vary between 50 and 500 kg with an average size of 50 cm x 20 cm x 43 cm depending on its location.
Other topics discussed in this final Design Review ranged from risk assessment, scheduling and manufacturability to physics considerations including electromagnetic analysis structural analysis and neutronics.
A report based on findings by the Design Review board members will shortly be presented to ITER.
Take for instance Fabienne Kazarian, who just joined ITER as an Radio Frequency engineer with the CHD Department.
A brilliant student at Marseilles' École Nationale Supérieure de Physique (ENSPM) in the early 90s, she was still undecided about her future. One day, she had to do a presentation on a scientific subject for her English class. "I got at it two days before it was due. I was wondering what would be nice to present. I really had no idea..." By chance, her elder sister had visited CEA-Cadarache some time before and had brought home a brochure — in English — about fusion and the newly completed Tore Supra tokamak. "This was completely new to me and I was totally fascinated. What a great concept! A clean, safe and sustainable source of energy! And the machine looked fabulous, so big and so complex. The very positive impression I experienced that day decided my career."
But how did one study fusion in Marseilles in the early 90s? "I inquired here and there, eventually called the people at Tore Supra who directed me to a little-known Master's in Plasma Physics. I worked on my thesis at Tore Supra — I was so impressed the first time I saw the machine!"
The "machine" was to become very familiar to Fabienne, who was hired to work in the CEA Fusion Department in 1997. "What I loved at Tore Supra was how fundamental physics and technology go hand-in-hand. I learned a lot from the technical staff." By 2006 she was heading the CIMES project, a major upgrade of the Lower Hybrid Current Drive (LHCD) which took the total settled LHCD heating power of the tokamak from 4 to 10 MW.
Two years later the inevitable question arose. "ITER had a strong appeal, not only as a decisive step in fusion research but also as a demonstration that the whole world could join forces to face a global challenge. To me, this was something huge and it was just natural to apply."
A job description on the ITER Organization's web site fitted her profile perfectly, and Fabienne officially joined the Organization on 1 January, 2009.
On her office desk in 519, Fabienne keeps her Tore Supra construction helmet — she will definitely wear it "working on the ITER machine."
So what does this have to do with a recipe book? Well, French teacher Karine Meger came up with the idea of her 8, 9 and 10 year old pupils producing a multilingual recipe book to help finance the trip. "I asked each child to write a recipe from their country of origin and to provide a picture/photo of the dish," she says. "Not only did they enthusiastically live up to the task, some brought in the real thing for us to try." Piyush from India for example brought in Mint Sauce and Alu Wada small savoury cakes (a typical Indian dish); Lysiane got straight down to preparing Roses des Sables, and Julien made a delicious Blanquette de veau.
Printing and putting the finishing touches to the book required a lot of work in a short space of time. It arrived from the printers' just three days before the Christmas holidays were to begin. "With the children's help, we sold 80 copies in three days but before that we had just one hour to bind each book with raffia. 12 of the children helped to do this in record time. The joint effort was enormous."
If anyone is interested in a copy of the children's book, please contact firstname.lastname@example.org.
It has all become possible now that ITER has signed an agreement with the CEA Cadarache Sports Activities structure (ASCEA). This agreement makes it possible for ITER staff (directly employed and seconded) to sign up for the different sports sections proposed by the ASCEA under the same conditions as the CEA staff.
The ASCEA proposes 27 different sports including skiing, golf, dance, skeet shooting, motorcycling, diving, mountaineering, cycling, football, tennis, squash, sailing, aikido, yoga and many other disciplines.
If you are interested and want to join, just go to one of the 2 canteens where you will find registration forms as well as the ASCEA catalogues next to the stairs.
Fill in the form (tick the box that says "membres conventionnés - AREVA NC") and include a passport picture and €10 and send it back to Laurence Asplanato, tel: 04 42 25 26 74, email: email@example.com, at the ASCEA Secretariat, building 103.
Once you have your ASCEA membership card, you can then join any of the member associations. Your card will allow you a 30 % reduction on the normal membership fees of the associations.
If you prefer to take wine-tasting courses, go to the theatre or to concerts, learn about astronomy and many other activities, you can also join the ACC (Art & Culture Cadarache), the arts and culture association of the CEA. ITER has no agreement with this association so the annual membership card costs € 30. For more information regarding these activities, please contact Laurence Asplanato.
Jean Giono was always at odds with his time. He never liked the "modern world" and its "mechanic madness"; he loathed the automobile ("A machine which uses men to ride around"), lamented the disappearance of windmills and plough horses and, of course, hated the notion of an "atomic plant" being built "ten kilometres from [his] house as the crow flies." As CEA-Cadarache was coming out of the ground, he wrote: "Since it is supposed to be such a blessing, why don't they build it in the Elysée Palace gardens?"
Giono was born in Manosque in 1895, the only son of a cobbler and a laundress. He began writing in the late 20s, while working as a clerk in a local bank. His first novels Colline (Hill of Destiny), Regain (Harvest) and Un de Baumugnes (Lovers are Never Losers) brought to literature a pagan, almost magical approach to an otherwise familiar environment. In his novels and short stories, reality is rarely what it seems. And sunny Provence is a land of obscure dealings and deadly passions. Reading Giono, wrote Henry Miller, one of his fervent admirers, is a "cosmic delight".
Save for the years he spent in the trenches in World War I, and an occasional trip to Marseilles or Paris, Giono almost never left his hometown. At the time of his bickering with CEA-Cadarache, although long acknowledged as a literary giant, he was still living in the same modest house he had acquired in 1930 with the royalties from his first published books.
Most of Giono's novels have been translated into English. A good way to get acquainted with his work is to read Jean le Bleu (Blue Boy), a fictionalized autobiography published in 1932.
In Manosque, the Centre Jean Giono, near the entrance to the old town, has a rich library of manuscripts, rare editions and videos, and organizes regular exhibitions on Giono's life and work.
176 members voted last week out of a total of 308 ITER staff on the electoral list (equivalent to 57.14%) and the candidates that are elected are:
For the Professional Staff: KIM CHANG SHUK (Test Blanket Section, TKM), staff rep. BEAUMONT BERTRAND (Heating & Current Drive Division, CHD), staff rep. DARBOS CAROLINE (Heating & Current Drive Division, CHD), staff rep. BARNSLEY ROBIN (Diagnostic Division, CHD), staff rep.
For the Support Staff: PRESCOTT BARRY (Technical Coordination Section, PRO), staff rep.
For the Seconded Staff: TAYLOR CRAIG (Tritium Plant Section, CEP), staff rep. SANNAZZARO GUILIO (System Analysis Section, PRO), alternate
Good luck to them in their new roles in 2009.
If you have any questions, remarks or suggestions for the Staff Committee, please feel free to email them at the following address: All-StaffCommittee@iter.org
"We came here from all parts of the world to work and live among you," Ikeda continued. "You have welcomed us with warmth and have given us efficient and gracious support. On behalf of ITER, I want to thank each and every one of you."
Ikeda insisted on the crucial role played by CEA-Cadarache and its Director Serge Durand: "The human and technical help you are providing us is very precious. ITER will owe you a significant part of its success."
The year 2009, DG Ikeda stressed, would be a decisive one for ITER, which is to enter the industrial phase and intensify international collaboration. "Together," he concluded "we are engaged in the great task of preparing the energetic future of our planet. And together, we will accomplish it."
The prize was presented to Professor Wan by Premier Wen Jiabao in Beijing on 9 January. In his keynote speech, the Premier underlined that scientific and technological strength decided the country's destiny and its modernization would depend on the development of science and technology.
In a letter congratulating Professor Wan, ITER Director-General Kaname Ikeda offered his warmest congratulations: "This official recognition is richly deserved and underlines the international respect that already exists for the world class science that is carried out at EAST."
Van Gogh and fusion energy are two things that you wouldn't naturally link together. Yet journalist John Mangels sees some connection between the artist's famous painting "The Starry Night" and the ITER quest: "Perhaps Van Gogh saw the future...More than a century later, on a Provence hillside barely 50 miles from where the artist produced his masterpiece, scientists are building a giant machine to bring the stars to Earth."