2016
DOI: 10.1109/tasc.2016.2524544
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Progress in the Development of the HFML 45 T Hybrid Magnet

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Cited by 18 publications
(2 citation statements)
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“…DC magnetic fields up to about 45 T can be achieved using a hybrid approach, wherein a Bitter-type resistive electromagnet (now the 'insert') is placed within the bore of a large superconducting 'outsert' magnet [150,151]. Using an 11.5 T superconducting outsert and a 33.5 T resistive insert, a 45 T hybrid magnet (32 mm bore) was first demonstrated in 1999 at the NHMFL-Tallahassee.…”
Section: Hybrid Magnetsmentioning
confidence: 99%
“…DC magnetic fields up to about 45 T can be achieved using a hybrid approach, wherein a Bitter-type resistive electromagnet (now the 'insert') is placed within the bore of a large superconducting 'outsert' magnet [150,151]. Using an 11.5 T superconducting outsert and a 33.5 T resistive insert, a 45 T hybrid magnet (32 mm bore) was first demonstrated in 1999 at the NHMFL-Tallahassee.…”
Section: Hybrid Magnetsmentioning
confidence: 99%
“…Jika dibandingkan dengan elektromagnet konvensional yang menggunakan gulungan kawat, elektromagnet berbasis pelat tembaga relatif lebih mudah dimodifikasi, oleh karena dngan mudah ditambahkan ataupun dikurangi jumlah lilitan, [5] dalam hal ini pelat tembaga. Capaian oleh lembaga riset magnet NHMFL, di AS mampu menghasilkan 41,5T elektromagnet tipe Bitter dengan sistem pendingin, [7] [11]. Selain itu, lembaga penelitian medan magnet HFML Universitas Radboud di Nijmegen juga memiliki elektromagnet tipe pelat dengan sumber arus DC yang digunakan untuk layanan kepada pengguna eksternal dan penelitian internal di bidang magnet tinggi, dengan beberapa penelitian yang telah dilakukan di bidang ilmu rekayasa, [6][8] [9].…”
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