five tesla accelerator hts research dipole insert

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Ring 1 (OFHC Copper). Ring 2 (OFHC Copper). Ring 3 (OFHC Copper) ... Copper. 3.2. 2.2. 1.2. 1.1. 2.1. 3.1. Former-I. EuCARD2. Cross Section Layout. Copper.
Ring 1 (OFHC Copper)

Layer Jump (Glass Filled Nylon) Insulation Plate (G11) Former (316L Stainless Steel)

Ring 3 (OFHC Copper)

Roebel Cable (ReBCO Tape) Spacers (Copper) Ring 2 (OFHC Copper) Central Pole (Iron 99.9%) End Pole (Iron 99.9%) Spacer (Copper)

Insulation Plate (G11) End-Plate (316L Stainless Steel) Insulation Sheet 3 (G11)

Current Lead Box A (Glass Filled Nylon) Current Lead Box B (Glass Filled Nylon)

Copper 3.1 Layer Jump

Copper

Former-II

Iron Pole

Wing Deck (7)

( ver

Sil

Copper Stabilizer (50 µm)

m)

-5 µ 1 ( O

C

ReB

rs Buffer Laye

Spacer Copper 2.2

Central Deck (13)

)

m 2µ

Silve

r (2

Copper 3.2

Layer Jump

3.2 Copper

Central Deck (13)

Insulation Sheet 2.2 (G11)

Spacer Copper 1.2

3.1 Copper 2.1 Copper Spacer 1.1 Copper Spacer 1.2 Copper Spacer

2.2 Copper Spacer

Wing Deck (7)

standalone 40 mm aperture

Insulation Sheet 2.1(G11)

r

Copper

rt de

Central Deck (13)

Central Deck (13)

Wing Deck (7)

Former-I

Cross Section Layout

po

lin

Iron Pole

up

Cy

Wing Deck (7)

al S

Spacer Copper 1.1

ern

Spacer Copper 2.1

Ext

Filler Pole (Iron 99.9%) Insulation Sheet 1(nomex)

CARRIED BY

EuCARD2

FLUX-LINES

M2

EATHER-

Five Tesla HTS Research Magnet

µm)

(0.2 µm)

Haste

lloy (5

0 µm)

ReBCO Tape

ReBCO Roebel Cable

FIVE TESLA ACCELERATOR HTS RESEARCH DIPOLE INSERT-MAGNET ASSEMBLY