Design and test of support for heps magnets
WebJun 15, 2011 · @article{osti_1021493, title = {Insert Coil Test for HEP High Field Magnets Using YBCO Coated Conductor Tapes}, author = {Lombardo, V and Barzi, E and Turrioni, D and Zlobin, A V and /Fermilab}, abstractNote = {The final beam cooling stages of a Muon Collider may require DC solenoid magnets with magnetic fields of 30-50 T. In this paper … Webdescribes the test stand design and operation including controlled cool-down and warm-up. Overviews of the process controls system and the quench management system are also included. Keywords: Magnet, test stand. PACS: 07.20.Mc. INTRODUCTION . A new test facility has been constructed at Fermilab to support testing of large superconducting …
Design and test of support for heps magnets
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http://ias.ust.hk/program/shared_doc/2024/202401hep/HEP_20240119_Yunfei_Tan.pdf WebJan 27, 2024 · In this paper, detailed magnetic design of HEPS octupole magnets is presented. Different design schemes of the skew quadrupole coils are compared, and the temperature effect on magnetic center and the integral field in the first batch of octupole magnets are also given.
WebFeb 16, 2024 · In this paper, the field design, mechanical design and some key issues of the main magnets for the HEPS injector will be presented. Fig. 1 Layout of the HEPS injector Full size image The magnets for the HEPS linac and transport lines The specifications of the magnets Webthe magnetic field of the central module is 1.3 T. It is diffi-cult for the physical design of this Longitudinal-gradient dipole. MAGNET DESIGN Each Longitudinal-gradient dipole (LGB) consists of five modules with different magnetic field. The parameters of LGBs are shown in Table 1 and the specific magnetic field of each LGB is shown in Table 2.
Webabout 1500 mm. Figure 1 shows the physical design model of dipole magnet for HEPS booster [3]. The model number of these dipole magnets is HEPS-BS-34B, which is used to refer to the dipole magnet of HEPS Booster. The field is designed to reach 40×20 mm, and the field uniformity of high and low fields is required to be 1×10-3 Webcells. Blue block represents quadrupole magnets and green block represents sextupole magnets. The multipole support girder is designed 3.8 meters. But this is not the final …
WebHEP magnets, the magnetic field is 2D and is best represented using complex multipoles [3]. Defining the complex variable z = x + iy, where the plane (x,y)isthatofthemagnetcrosssection,the function B y+iB x ofthe two components of the magnetic field is expanded in series: B y +iB x = ∞ n=1 (B n +iA n)zn−1. (2) The …
WebOct 11, 2024 · For example, a small aperture prototype quadrupole magnet named HQL has been developed in the test facility of the High Energy Photon Source (HEPS-TF) in China. The HQL has a bore diameter of 25 mm, a field gradient of 80 T/m, and an effective length of 0.694 m. green vehicles for salehttp://english.ihep.cas.cn/heps/nae/nh/202412/t20241223_295131.html fnfmwps cpuWebNov 13, 2024 · Development of Prototype High Gradient Small Aperture Quadrupole Magnets for HEPS-TF Abstract: A test facility named HEPS-TF for new storage-ring-based high energy photon source with low beam emittance is now under construction in China. Two prototype quadrupole magnets with small aperture and high field gradient are … green vehicle parking onlyWebMagnet design of HQL For small aperture quadrupole magnet, the non-systematic field harmonics are more sensitive to pole profile errors. Precise machining precision is required to obtain the high field quality. Overall design: Common solid iron (DT4) for core material, four-piece structure; Saddle coil is selected: Increase the magnetic efficiency; f. n. f. music night battleWebThe US HEP Superconducting Magnet Programs are now integrated into the US Magnet Development Program P5 r ecommendation 24: ´ Par ticipate in global conceptual design studies and critical path R&D for future ver y high-energy proton-proton c ollider s. Continue to play a leader ship role in superconducting magnet fnf musics idWebDec 31, 2024 · In this project, a new low-cost intermetallic powder will be developed and implemented with an advanced high-performance powder-in-tube (PIT) Nb3Sn design for hot extrusion and drawing. Phase II will involve further optimization of the hot extrusion approach for multifilament Nb3Sn billets. fnf my battleWebthe 1st natural frequency of the magnet support assembly should be better than 54 Hz and the moving resolution of girder should be less than 5 µm. The prototypes have … fnf my confession