#: locale=en-GB ## Action ### PDF PopupPDFBehaviour_A6E68F96_9834_FCEA_41E0_64CAECA9932C.url = files/MG-1_en-GB.pdf PopupPDFBehaviour_55066032_7FCC_8974_41A2_E65A9D622CD0.url = files/MG-1_en-GB.pdf PopupPDFBehaviour_D9E52F33_98D4_9C2A_41C2_EB5BA1A6EB89.url = files/MG-2_en-GB.pdf ### URL LinkBehaviour_B24617D0_660F_03B0_41C5_A74B5A34C2A1.source = https://storage.net-fs.com/hosting/6174450/20/ LinkBehaviour_B5A244F6_765C_BFC2_4197_78DD1F60E04E.source = https://thevirtualproject.fr ## Habillage ### Bouton Button_CB8E8AAF_660D_0D90_41CF_0E507A79DD49.label = 21 MJ Capacitor bank Button_CB880AAF_660D_0D90_41D6_949BEDE3521B.label = 6 MJ Capacitor bank Button_A9F0B19B_67FF_1FB0_41C8_10069928174D.label = Audio (On) Button_A9F0B19B_67FF_1FB0_41C8_10069928174D.pressedLabel = Audio Mute Button_CB8F4AAE_660D_0D90_41DA_15C1236F94C3.label = BMV Button_949D8B17_DA3E_3142_41E9_99BF3D0BAC63.label = Basement Map Button_CB8F4AAF_660D_0D90_41D8_02B85C6DAF1B.label = Basement Map Button_D2383E44_8054_991C_41D6_1D9A929F5456.label = Basement Map Button_CB8FEAAF_660D_0D90_41D7_D679E3211384.label = CAPACITOR BANK Button_A01C4567_660B_0490_41D4_DB50C842CB4B.label = COIL WIRES Button_CB8E0AAE_660D_0D90_41D0_C81EDB4AAC87.label = COLLECTIVE SPACES Button_CB8F6AAE_660D_0D90_41B5_9DABAAE904BB.label = CRYOGENICS Button_A5EFFA85_660B_0D90_41BD_B06B050FA7B4.label = Coil fabrication workshop Button_CB8E1AAE_660D_0D90_41DA_C11DBDD9CB8C.label = Cryogenics workshop Button_CB8E2AAF_660D_0D90_41D8_36746A7BE82A.label = Cryostat testing room Button_CB8EFAAE_660D_0D90_41DC_51D016BF8B85.label = EXPERIMENTS Button_CB8F6AAF_660D_0D90_41C8_699A4F1D5E1B.label = English Button_A9F3119B_67FF_1FB0_41D1_C722CEA922AB.pressedLabel = Enter VR Button_A9F3119B_67FF_1FB0_41D1_C722CEA922AB.label = Enter VR Button_CB8F7AAF_660D_0D90_41D5_01528114DD9C.label = Français Button_A9F0319B_67FF_1FB0_41D6_7650BEA79DD3.pressedLabel = French version Button_A9F0319B_67FF_1FB0_41D6_7650BEA79DD3.label = French version Button_A9F0F19B_67FF_1FB0_41C2_D9EEC8495AFA.pressedLabel = Full Screen (Off) Button_A9F0F19B_67FF_1FB0_41C2_D9EEC8495AFA.label = Full Screen (On) Button_B247D7D0_660F_03B0_41D8_B45B65B1956A.label = Grenoble site Button_CB8EDAAF_660D_0D90_41D6_ED49813792E6.label = Ground floor Map Button_D2395E41_8054_9914_41D4_26D3D473F89E.label = Ground floor Map Button_6D4A9FEB_D503_B1EB_4175_4A6DCE0C5164.label = Ground floor Map Button_56BB3128_DE3A_514E_41E9_4CC5D474FB0C.label = Ground floor Map Button_D238BE42_8054_9914_41BF_8E627CADB8C6.label = Ground floor Map Button_CB8F2AAE_660D_0D90_41C3_77C70CAC2E2B.label = Hall box Button_CB8E3AAF_660D_0D90_41DC_85FFF2A50FA7.label = Helium liquefier Button_A9F3519B_67FF_1FB0_41CA_8742EA020D69.pressedLabel = Hotspots (Off) Button_A9F3519B_67FF_1FB0_41CA_8742EA020D69.label = Hotspots (On) Button_CB8E3AAE_660D_0D90_41D9_98CBF19B1412.label = LNCMI entrance Button_CB8E9AAF_660D_0D90_41D1_D6A26FAB11EB.label = MECHANICS Button_CB8EBAAF_660D_0D90_41D9_1F33BD4C0130.label = Mechanical workshop Button_A581FFAF_663D_0390_41C2_AC1ACF22F1DD.label = Megagauss Button_CB8F3AAE_660D_0D90_41D8_B977805DF326.label = Megagauss Button_CB8E6AAE_660D_0D90_41C3_154DF6C932A2.label = Outdoor lounge Button_D23BFE46_8054_991C_41DA_4E1347D8DCF8.label = PLANS Button_D23BFE46_8054_991C_41CF_0D3FB84A73DC.label = PLANS Button_D23B3E47_8054_991C_41D5_210A2EA23783.label = PLANS Button_CA173A3F_A955_9DAA_41DF_21C1A18BC204.label = PLANS Button_D23B9E45_8054_991C_41D0_FB02FFE6E8DD.label = PLANS Button_CA089CA6_A955_955A_41D8_105DD970E852.label = PLANS Button_A107F46A_CC73_2A97_41CB_CB272E6AE6D0.label = PLANS Button_CA010B48_A955_93D6_41E0_BC97E1084E3F.label = PLANS Button_CB8E4AAF_660D_0D90_41A7_DE8559F5DE18.label = Pump room Button_CB8E4AAE_660D_0D90_41A7_C9EF6928BF8C.label = Reception Button_D2381E43_8054_9914_41DB_F224B9B87D3C.label = Room extension Map Button_D238BE43_8054_9914_41BB_C583C8F6FFD5.label = Room extension Map Button_826B5145_A775_EFDE_41E1_8DE42DE962E1.label = Room extension Map Button_CB8EFAAF_660D_0D90_41C2_C2D0F514A362.label = Room extension Map Button_5577EA73_DE3E_73C2_41B7_C07ED64AB5D4.label = Room extension Map Button_CB8F1AAE_660D_0D90_41D0_D7E40470E4D1.label = Sample preparation room Button_CB8E5AAE_660D_0D90_41B3_F2168045816B.label = Seminar room Button_CB8E1AAF_660D_0D90_41CA_FA23E8AA2B17.label = Settings Button_ED38394D_D2FC_9712_41AA_A5FDBCAA1E7A.label = Start Virtual tour Button_E5AB5160_D2E5_9713_41D1_4E485277E243.label = Start virtual tour Button_A9F3719B_67FF_1FB0_41BF_5DA960255269.label = Sticker (Off) Button_A9F3719B_67FF_1FB0_41BF_5DA960255269.pressedLabel = Sticker (On) Button_CB8E9AAF_660D_0D90_41D6_6767CABC9D46.label = Switching station Button_CB8DBAAE_660D_0D90_41D3_3532552CCCBF.label = Toulouse site Button_A9F0219B_67FF_1FB0_41D9_D288D15AF44E.pressedLabel = Version anglaise Button_A9F0219B_67FF_1FB0_41D9_D288D15AF44E.label = Version anglaise Button_A5EF9A83_660B_0D97_41D1_E0009D654304.label = Wire-drawing workshop ### Image Image_63A0A273_74FD_B2F7_41A9_ECF231FA1DF3.url = skin/Image_63A0A273_74FD_B2F7_41A9_ECF231FA1DF3_en-GB.png Image_63BA985D_74FD_FE33_41A7_E4AF6714EB01.url = skin/Image_63BA985D_74FD_FE33_41A7_E4AF6714EB01_en-GB.png Image_64DFD8CF_5009_9903_41B4_58E4BC991656.url = skin/Image_64DFD8CF_5009_9903_41B4_58E4BC991656_en-GB.png Image_743F2F24_E01C_F0BD_41CC_3A0CBAB974D7.url = skin/Image_743F2F24_E01C_F0BD_41CC_3A0CBAB974D7_en-GB.png Image_87B50B75_D337_9400_41E2_B8B3C5BAFC20.url = skin/Image_87B50B75_D337_9400_41E2_B8B3C5BAFC20_en-GB.jpeg Image_8D2D3441_D336_FC00_41E6_03F8CA5BCE40.url = skin/Image_8D2D3441_D336_FC00_41E6_03F8CA5BCE40_en-GB.jpeg Image_CB8D8AAE_660D_0D90_41C4_F02762D37DD0.url = skin/Image_CB8D8AAE_660D_0D90_41C4_F02762D37DD0_en-GB.png Image_D8F00666_804C_891C_41DC_BEC8D11A0838.url = skin/Image_D8F00666_804C_891C_41DC_BEC8D11A0838_en-GB.png Image_D8F0B665_804C_891C_41D4_280F1FE25698.url = skin/Image_D8F0B665_804C_891C_41D4_280F1FE25698_en-GB.png Image_EFE023F4_CBB3_2D73_41E8_E6EC604A6ED4.url = skin/Image_EFE023F4_CBB3_2D73_41E8_E6EC604A6ED4_en-GB.jpg Image_FC163372_D313_B400_41DC_3C14F67D8229.url = skin/Image_FC163372_D313_B400_41DC_3C14F67D8229_en-GB.jpeg ### Info-bulle IconButton_8367BD35_AF83_2A15_4195_9A6C9A14E425.toolTip = Fullscreen IconButton_8FBC2178_B4C0_6D7D_41B6_983367897B46.toolTip = Play Auto-rotation IconButton_83E3EC46_AFBF_2A77_41E5_D79C48BDBB19.toolTip = Stop Auto-rotation IconButton_83664D33_AF83_2A2D_41C0_51DB7EA02FBD.toolTip = VR ### Menu déroulant DropDown_77BB0DA6_5019_7B05_41D1_9AD3800CC5E4.label = Capacitor banks DropDown_D23E6E3B_8054_9974_41AC_BFF2883736B9.label = Capacitor banks DropDown_D23E3E3E_8054_996C_41DC_DCAD233A538A.label = Coil Wires DropDown_7833A08C_5018_8905_41C0_05E47B5EE726.label = Coil Wires DropDown_5D2510FC_DE1A_30C6_41A4_63D97A8E0517.label = Collective spaces DropDown_D2276E1B_8054_9934_41C3_0D009BD15F65.label = Collective spaces DropDown_D2229E24_8054_991C_41C7_0A3FAA4D0DA6.label = Collective spaces DropDown_66BD5F46_5018_B705_41C7_510923C83EA6.label = Collective spaces DropDown_D23C6E35_8054_997C_419A_F9291912EE61.label = Cryogenics DropDown_D23D0E32_8054_9974_41BE_B9AB9241F710.label = Cryogenics DropDown_786B7680_5009_89FD_41A8_EAEE1FA5FE00.label = Cryogenics DropDown_54846BD1_DE0A_50DE_41D5_EEAB8185E688.label = Cryogenics DropDown_A20834A7_CC71_2B9D_41E0_E4E4C51A7C13.label = Experiments DropDown_D23D7E29_8054_9914_41D8_6B1B1496BDC7.label = Experiments DropDown_D2225E26_8054_991C_41BE_3C5AD1455489.label = Experiments DropDown_5A923285_DE16_7346_41EA_8518C5E9DF51.label = Experiments DropDown_D23CCE2B_8054_9914_41C8_086C81A1AE69.label = Experiments DropDown_4838587A_5009_990D_41B3_AF2E45739663.label = Experiments DropDown_54D5B30B_DE0D_D142_41DA_7A8522F6865F.label = Mechanics DropDown_782D662D_5018_8907_41C2_2633FF282BBB.label = Mechanics DropDown_D23EAE39_8054_9974_4194_EFD9815C09B1.label = Mechanics DropDown_D23EDE3A_8054_9974_41CB_53EBBC8CA295.label = Mechanics DropDown_92E6960E_D213_A311_41C9_A568C35E4B67.label = Mechanics DropDown_D23F9E37_8054_997C_41A1_C04241FDB506.label = Mechanics ### Texte multiligne HTMLText_E9FED423_CDE8_24F2_41A5_EFA32DAD628A.html =
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### Étiquette Label_ECE68D0D_A7F5_976E_41D6_3C542FD9BA84.text = Expériences Label_D23AAE48_8054_9914_41C9_0750BEAF53F8.text = Expériences ## Hotspot ### Info-bulle FlatHotspotPanoramaOverlayArea_87784A7B_DA16_73C2_41C9_20B3CDC0877F.toolTip = 21 MJ Capacitor bank FlatHotspotPanoramaOverlayArea_509CA683_DE3E_D342_41CC_3A100F81C54F.toolTip = 6 MJ Capacitor bank FlatHotspotPanoramaOverlayArea_87F2248D_DA0A_D746_41CB_326A52D5C7DA.toolTip = Basement FlatHotspotPanoramaOverlayArea_EE483842_DD8C_EFEE_41EB_0C9D444D6415.toolTip = Box FlatHotspotPanoramaOverlayArea_4E8B3CDF_E6F6_9E44_41DD_9A55CB03FEF0.toolTip = Capacitor bank front-end FlatHotspotPanoramaOverlayArea_87D1DDF4_DA1F_F0C6_41EB_22F87DF8178C.toolTip = Coil fabrication workshop FlatHotspotPanoramaOverlayArea_A3DC81E1_DE1A_D0FE_41CE_2778EA3CFD14.toolTip = Common room FlatHotspotPanoramaOverlayArea_951CC704_DA0A_3146_41EA_7DC4B699702D.toolTip = Common room FlatHotspotPanoramaOverlayArea_40470A8F_E014_318B_41E3_C39FA2609BBA.toolTip = Cryogenics workshop FlatHotspotPanoramaOverlayArea_87026A28_E02C_30B5_41E6_6D481B9CBB95.toolTip = Cryostat testing room FlatHotspotPanoramaOverlayArea_AE2F9CD0_DA36_D0DE_41E0_FB241A2E28A8.toolTip = Enter FlatHotspotPanoramaOverlayArea_589DA8EC_DE0B_F0C6_41E6_6A135A32C9FD.toolTip = Exit FlatHotspotPanoramaOverlayArea_796326AC_E6F3_AAC5_4199_D07B7BD6ECEB.toolTip = Experimental room with magnet and measurement equipment FlatHotspotPanoramaOverlayArea_BEDCE283_DA0E_7342_41D7_7B99D55864E0.toolTip = Extension FlatHotspotPanoramaOverlayArea_8E6B289F_DBF6_DF42_41D0_3493D9975AD1.toolTip = Extension FlatHotspotPanoramaOverlayArea_82DC4F2E_DBFD_D142_41D4_C2375A0B7EFD.toolTip = Extension FlatHotspotPanoramaOverlayArea_9541E1B1_DA1A_315E_41DE_E9CCC973B7A2.toolTip = Extension FlatHotspotPanoramaOverlayArea_873BD97F_E02C_108B_41E3_E74666795E74.toolTip = Hall box FlatHotspotPanoramaOverlayArea_8706FF58_E02C_1095_41DD_DB57F3719E0E.toolTip = Hall box FlatHotspotPanoramaOverlayArea_EEB8E7E7_DD8B_60B6_41E9_4EBB6E26E048.toolTip = Hall box FlatHotspotPanoramaOverlayArea_50D2F77C_DE0A_31C6_41D3_B3A51967EC74.toolTip = Hall box FlatHotspotPanoramaOverlayArea_53F9C9D8_DE0B_F0CE_41CA_3F9793B2A6C5.toolTip = Hall box FlatHotspotPanoramaOverlayArea_50F05B6B_DE3A_51C2_41E3_9DF3040C7649.toolTip = Hall box FlatHotspotPanoramaOverlayArea_53E53685_DE35_D346_41E8_82126416FCB2.toolTip = Hall box FlatHotspotPanoramaOverlayArea_E58FCFEF_DD84_A0B6_41E8_7B4B80F57D21.toolTip = Helium liquefer FlatHotspotPanoramaOverlayArea_7A59B015_E01C_109F_41E4_DEF31D29ED47.toolTip = Mechanical workshop FlatHotspotPanoramaOverlayArea_87EAC75D_DA1E_F1C6_41E4_49EAC5BFAD29.toolTip = Megagauss FlatHotspotPanoramaOverlayArea_E0EFDC59_DD84_A79A_41D7_199DF8C6C633.toolTip = Megagauss FlatHotspotPanoramaOverlayArea_5DB164D6_DE16_30C2_41B0_47DD3E0E12F6.toolTip = Outdoor lounge FlatHotspotPanoramaOverlayArea_5372A4A9_DE0E_374E_41DE_5A16E96C8166.toolTip = Pump room FlatHotspotPanoramaOverlayArea_BD21824F_E02C_108B_41C7_3C29E8288B8F.toolTip = Reception FlatHotspotPanoramaOverlayArea_9CEDF262_DD9C_A3AE_41EB_71750A4573CC.toolTip = Reception FlatHotspotPanoramaOverlayArea_986BB1DF_E652_A644_41DD_425808950F8D.toolTip = Reception FlatHotspotPanoramaOverlayArea_82BDF106_DBFA_3142_41D3_9E62C6CCE85F.toolTip = Reception FlatHotspotPanoramaOverlayArea_859F6EDB_DA0F_F0C2_41E8_ABA920F57C8B.toolTip = Reception FlatHotspotPanoramaOverlayArea_8D0C7FEE_DBFA_F0C2_41D4_48C342975E72.toolTip = Reception FlatHotspotPanoramaOverlayArea_9D3F02EA_DD9D_60BE_41E1_2387E503B25F.toolTip = Reception FlatHotspotPanoramaOverlayArea_80C812D8_E034_1195_4181_2BB5643413FA.toolTip = Reception FlatHotspotPanoramaOverlayArea_87E48022_E02C_10B5_41E3_F920A21736E7.toolTip = Sample preparation room FlatHotspotPanoramaOverlayArea_8E5BDD1D_DA1E_D146_41E7_1C73D372D20B.toolTip = Seminar room FlatHotspotPanoramaOverlayArea_4C136603_DE0E_3342_41DA_768F0CB2B122.toolTip = Switching station FlatHotspotPanoramaOverlayArea_E13A8F14_DD87_616A_41E2_A9B2C6C5C9AB.toolTip = Wire-drawing workshop FlatHotspotPanoramaOverlayArea_854630C5_DA1B_F0C6_41E0_E7381FB44F0C.toolTip = Wire-drawing workshop ## Média ### Image imlevel_36342BA8_0734_9FAF_419A_BAB32C9C9EC8.url = media/map_4BEF2210_7644_DA5E_41AA_99951A3044D6_en-GB_0.png imlevel_36343BA8_0734_9FAF_4179_0BDEF4C1814C.url = media/map_4BEF2210_7644_DA5E_41AA_99951A3044D6_en-GB_1.png imlevel_36345BA9_0734_9FA1_4187_7516A7D796ED.url = media/map_4BEF2210_7644_DA5E_41AA_99951A3044D6_en-GB_2.png imlevel_36346BA9_0734_9FA1_4185_5A9DCACCAC9C.url = media/map_4BEF2210_7644_DA5E_41AA_99951A3044D6_en-GB_3.png imlevel_363A0BBD_0734_9FA1_4180_0E5841C149E0.url = media/map_4E3C36D5_75C4_BBC6_4174_020FF42EE5A8_en-GB_0.png imlevel_363A2BBD_0734_9FA1_4173_E7CCD7EC6A2D.url = media/map_4E3C36D5_75C4_BBC6_4174_020FF42EE5A8_en-GB_1.png imlevel_363A5BBD_0734_9FA1_418A_7BF791D854E3.url = media/map_4E3C36D5_75C4_BBC6_4174_020FF42EE5A8_en-GB_2.png imlevel_363A6BBD_0734_9FA1_417D_1BA9BAB1461C.url = media/map_4E3C36D5_75C4_BBC6_4174_020FF42EE5A8_en-GB_3.png imlevel_36385BD4_0734_9FE7_4196_4C40962D07C2.url = media/map_CE609000_E02C_1075_41A3_45EBD447F300_en-GB_0.png imlevel_36387BD5_0734_9FE1_4198_1C54D380DB13.url = media/map_CE609000_E02C_1075_41A3_45EBD447F300_en-GB_1.png imlevel_36389BD5_0734_9FE1_414F_850923CDADB3.url = media/map_CE609000_E02C_1075_41A3_45EBD447F300_en-GB_2.png imlevel_3638ABD5_0734_9FE1_417D_88D9E321DA95.url = media/map_CE609000_E02C_1075_41A3_45EBD447F300_en-GB_3.png ### Plan de masse ### Titre panorama_74BC4134_5009_8B05_41A5_098322521904.label = 21 MJ Capacitor bank panorama_6934B950_E034_1095_41E7_5C28C927B8F4.label = 6 MJ Capacitor bank panorama_74B9347A_5008_890D_41D0_81F8DDD3BC13.label = ATELIER_TREFILAGE_2 panorama_74B98E69_5009_790F_41AD_EEE5B2C268CB.label = ATELIER_TREFILAGE_3 panorama_FFBCA415_A8AD_957E_41E1_DD04697BC732.label = ATELIER_TREFILAGE_4 panorama_FF8B016C_A8AD_AFAE_41D8_D8B57D861D8D.label 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ENTREE_HALL_BOX_7 panorama_162D7D95_3586_AC71_419D_6A553F43045A.label = EXPE_Sample preparation room panorama_55C260F6_4D7A_8226_41D1_EEC7223F0411.label = EXP_HALL_BOX_3 panorama_55CDAA4A_4D7A_866E_41C8_12EFFA5D39C4.label = EXP_HALL_BOX_4 panorama_55CD83F4_4D7A_863A_41D0_01548692E1BB.label = EXP_HALL_BOX_5 panorama_55CDAD68_4D7A_822A_41D2_D7AE78A1F2ED.label = EXP_HALL_BOX_6 panorama_55C29508_4D7B_83EA_41B0_AF02AE9F1956.label = EXP_Hall_Box_1 panorama_55CD5791_4D7B_8EFA_41CC_16273683666C.label = EXP_Hall_Box_2 panorama_55C2CDAA_4D7B_822E_41CA_29C6CF476330.label = EXTENSION_ENTRANCE panorama_74BB4C5F_5009_B903_41BA_E954EE4BE132.label = FABRICATION_BOBINES_2 panorama_74BD9AEB_5009_F903_41BF_09EE5D9234BB.label = GENERATEURS_21_MJ_2 panorama_74BD14E6_5009_8905_41BE_A4D20AC0C998.label = GENERATEURS_21_MJ_3 panorama_55C28E4D_4D7B_9E6A_41C4_76276070434B.label = Hall Box panorama_707C92BD_51D6_F246_41BC_6EBEC83965ED.label = LNCMI Entrance panorama_55CDE077_4D7A_8226_41AA_C131A9BB4B55.label = 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panorama_55CEF0BC_4D79_822A_41C9_36641B3DB9D0.label = Seminar room 2 panorama_61FE2B97_E02C_179B_41B9_BA53F8D03754.label = Switching station panorama_74BA6A90_5008_991D_41C1_C0D977FACA1C.label = Wire-drawing workshop photo_ABDDADE9_9B90_AD4E_41CC_C6D04F0FC202.label = bob-1 photo_2D821F9D_A9ED_936E_41B4_286337983499.label = meca-1 photo_2EE45BA4_A9EC_935E_41D3_338C451DF37A.label = meca-2 photo_24C01392_0CC4_D6A4_417A_E240B78779CD.label = meca-3 photo_A1258EEE_998A_50C0_41CD_4923093243C8.label = mj-6-1 map_4BEF2210_7644_DA5E_41AA_99951A3044D6.label = plan-2-rdc map_4E3C36D5_75C4_BBC6_4174_020FF42EE5A8.label = plan-extension map_CE609000_E02C_1075_41A3_45EBD447F300.label = plan-ss-sol-1-en photo_B565D029_9471_52CE_41E1_10A1C5C57797.label = tre-1 photo_A70825E1_94B3_BD7E_41DE_7D30FB93C917.label = tre-2b photo_A710CCFA_94B0_D342_41D9_A1F4BAF96F76.label = tre-3 photo_F578546C_99FE_57C0_41D4_7844EA2D5012.label = tre-4 photo_B4CA8AF5_CCD1_3F7D_41E5_B1871EDCAC3F.label = tre-5 photo_B5EDE4E2_CCD1_EB97_41E5_75F3DFE85CFB.label = tre-6 photo_ADF9C18A_CCB3_2D97_41D5_1F75F54E628D.label = tre-7 ## Popup ### Corps htmlText_B147004D_98BA_6FC0_41E3_0EC020015A7C.html =
SERRMAC V22E
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HURON MU6
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6 measurement boxes for pulsed field experiment are present at LNCMI.
Several types of coils are available to take into account the different experimental constraints (measuring technique, useful hole diameter, temperature and magnetic field range, etc.).
For safety reasons, the experiments are controlled by a computer from outside of the box during the pulse.
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Air purification (Cu vapour after each shot)
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Before each passage through a die, it is necessary to sharpen the wire, i.e. reduce the section of its head so that it can pass through the die and it is possible to grasp it with the self-tightening jaws of the carriage.
0.5mm < Ø < 40mm
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Boxes containing the high power electronic components of the generator electric circuit (resistors, diodes, thyristors, inductors…)
Electric diagram of the circuit of one module of a capacitor bank
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Coaxial cable coming from one capacitor bank
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Data acquisition
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Emplacement for the Foil Coil (not in place) between the 2 high reflectivity mirrors
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High voltage chargers
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High voltage insulation tester
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High voltage/high current switch connecting the capacitor banks to the electromagnets
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Input mirror of the high finesse Fabry Perot cavity
Photodiodes for intensity control and Pound Drever Hall electronics
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Laminar Flow Hood for mirror manipulations
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Laser table
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Only staff with the necessary electrical authorizations can enter this room
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Oxy-acetylene torch welding/brazing station.
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Selection switch of the required modules number
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The bull-block is a machine that draws a material and rolls it up into a crown of wire. It consists :
- reel on which the wire intended for drawing is placed,
- a die, upstream of the bull-block, which imposes deformation on the wire by reducing its section.
a capstan on which the drawn wire is wound.
Maximum force = 40 kN
Maximum stretching speed = 5 m/h
During the final shaping stages, a rectangular section is given to the wire using a turk-head. This rectangular section serves to maximize the filling factor of the coil. It is possible to obtain sections ranging from a few mm² to 25 mm².
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The production of intense magnetic fields requires the use of specific coils where the wires are subjected to very severe environments.
The magnetic field produced by a coil induces Lorentz forces which can lead to the destruction of the electromagnet if the conductor does not have sufficient mechanical strength. In addition, to obtain the longest possible pulse duration, these conductors must have an electrical resistivity as close as possible to that of pure copper. However, high tensile strength and low electrical resistivity are most often antagonistic. The materials used to produce the conductive wires used for the implementation of the coils therefore constitute one of the major locks.
Our team is specialized in whole process of wire design and fabrication, starting from raw materials and ending with wire drawing and macroscopic characterization.
https://lncmi.cnrs.fr/la-recherche/magnet-materials-technology/high-strength-conductors/
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The tensile tests at room temperature and at 77 K are carried out with an Instron 1195 type tensile machine.
Thanks to the different force cells (250 N, 1000 N, 5000 N and 100 kN) it is possible to measure the breaking stress of wires with a diameter between 10 mm and 0.2 mm.
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The two 3 MegaJoule modules
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This ELTI brand dynamic furnace is used for recrystallization treatments of stainless steel. The products (bar length up to 25 m) to be heat treated are transported further into the furnace.
Tmax = 1150 °C
soiling speed = 2 m/h
Atmosphere: N2
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Vacuum chamber for the output mirror of the high finesse cavity
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When switches (red boxes) are fired, current from the capacitors at the backside (invisible) is directed to the collector (aluminum plate between the upper and lower row of switches) and further through the wall on the right towards the coil.
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SV 300 B pump (240 m3/h)
Connected to the Dewar magnet cryostats and allowing the cooling of the pulsed magnets after a shot by pumping on the liquid nitrogen baths.
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Trivac D 65 B (65 m3/h)
Connected to the panels in the measurement box and allowing temperatures between 4.2K and 1.4K to be obtained on helium baths.
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Users have a set of equipment (binocular stereo microscope, welding station, hot plate, etc.) to prepare their samples.
Different measuring probes are available depending on the type of coil and experimental technique (transport, torque, ultrasonic measurement, TDO, ...)
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BREDA R35-1000
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DUFOUR TYPE 53
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SOMAB - OPTIMAB 250


3-axis – Automatic turret 12 tools
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CAZENEUVE HB 575


Distance between stitches: 1500 mm
Bore diameter : 500 mm
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• Liquefaction capacity : 55 L/day
• Two Pulse Tube type cold heads (PT420 model)
• Double-walled vacuum-insulated 350 L capacity Dewar.
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100 tons hydraulic press for mechanical assembly
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6 measurement boxes for pulsed field experiment are present at LNCMI.


Several types of coils are available to take into account the different experimental constraints (measuring technique, useful hole diameter, temperature and magnetic field range, etc.).


For safety reasons, the experiments are controlled by a computer from outside of the box during the pulse.
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Boxes containing the high power electronic components of the generator electric circuit (resistors, diodes, thyristors, inductors…)


Electric diagram of the circuit of one module of a capacitor bank
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Capacitor bank front-end
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Central room
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Coaxial cables going to the different experimental cells
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Coil
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Conductor electromagnetic brake and rewinder
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Cryostat for low temperature measurements
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Cylindrical grinding machine
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Distance between stitches: 750mm
∅ above the bank: 400mm
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Electrical resistivity measurements are made at room temperature and at 77 K using the so-called “four-point” method.


Solders allow the sample to be connected to a current generator and a voltmeter. The measurements are made using a Keithley 2450 source and measurement unit.
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Experimental room with magnet and measurement equipment
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FRONIUS MAGICWAVE 230i TIG welding station.


Welding of Steel, Stainless Steel, Aluminum, Copper, Titanium ...
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Faraday cage enclosing the entire installation
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Faraday cage enclosing the entire installation
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Feasable coil dimension with this machine: up to 400 mm diameter et up to 1800 mm length
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Feasable coil dimension with this machine: up to 400 mm diameter et up to 1800 mm length
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Fume hood to prepare the epoxy resin to impregnate the windings
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Helium purity at outlet 99.999%
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Helium recovery
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High voltage capacitors that can be charged between 1 and 24 kV depending on the desired magnetic field
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High voltage capacitors that can be charged between 1 and 24 kV depending on the desired magnetic field
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Hydraulic press for clamping the coil
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Liquid Helium for low-temperature measurements
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PHOENIX 4 axis
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Production of non-destructive pulsed magnet (solenoids up to 100 T and specific design for large scale research facility integration (RX, neutrons, High power lasers)


Feasable coil dimension with this machine: up to 1000 mm diameter et up to 1000 mm length
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Pyramid rolling machine.
Up to 105 cm long and 2mm thickness capacity.
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Servo electronics for laser
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Shielded container for sensitive measurement equipment
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Steaming furnace
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Testing of all types of cryostats in operating conditions (Leak-tightness in superfluid helium, performance ...)
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Transportable sea container
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Wire drawing allows metals to be plastically deformed. This cold transformation process consists of passing the metal through a calibrated orifice, the die, under the action of continuous traction. The different dies make it possible to shape the conductors to a desired diameter while controlling work hardening by choosing a reduction rate and a die angle adapted to the metal to be deformed. The die is abundantly lubricated, to ensure that the surface condition of the metal wire is maintained in good condition and to ensure cooling and counteract the heating caused by work hardening of the metal.


Bench length = 16.5 m
Maximum force 100 kN
0,2 mm < Ø < 40 mm
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designated a University Paul Sabatier 2022 scientific heritage
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Water regime 10/15 °C


Allowing the simultaneous cooling of the 3 liquefier compressors and 3 additional compressors that can be used in the box.
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Equipment for communicating with the control room, triggering and charging the capacitor bank
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