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<div>In the Jules-Horowitz Research Reactor (RJH) that is being constructed at CEA-Cadarache, the seismic protection system is the same as in ITER: it consists of a first basemat upon which concrete plinths topped by antiseimic pads are installed in order to support a second basemat which bears the weight of the installation.</div> <div>&nbsp;</div> <div>The RJH reactor and its enclosure being much lighter (100,000 tons) than the ITER Tokamak Complex (320,000 tons), it requires only 195 seismic pads, as compared to 493 in ITER's case.</div> <div>&nbsp;</div> <div>Apart from a difference in the number of plinths and pads, and also a slightly higher "ceiling" in RJH (2.20 metre vs 1.90)&nbsp; the ITER and RJH "basements" will be perfectly similar: this picture, taken&nbsp;last week at RHJ, could be a picture taken next year in ITER ...</div> <div>&nbsp;</div> <div><strong><em>_Yo_27_YoX_Click here to see a video animation&nbsp;on the ITER seismic pads. © NTS - Nuvia Travaux Spéciaux_Yx_</em></strong><em><br /></em></div>

In the Jules-Horowitz Research Reactor (RJH) that is being constructed at CEA-Cadarache, the seismic protection system is the same as in ITER: it consists of a first basemat upon which concrete plinths topped by antiseimic pads are installed in order to support a second basemat which bears the weight of the installation.

The RJH reactor and its enclosure being much lighter (100,000 tons) than the ITER Tokamak Complex (320,000 tons), it requires only 195 seismic pads, as compared to 493 in ITER's case.

Apart from a difference in the number of plinths and pads, and also a slightly higher "ceiling" in RJH (2.20 metre vs 1.90)  the ITER and RJH "basements" will be perfectly similar: this picture, taken last week at RHJ, could be a picture taken next year in ITER ...




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