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GlueX Collaboration Meeting. Tagger work at IHEP S.Denisov. Side view to one of dipole magnets showing pole profile. Two identical magnets tagger. Vertical section, showing how O-ring compression is defined. Vacuum chamber sections AA' and BB'.
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GlueX Collaboration Meeting Tagger work at IHEP S.Denisov
Side view to one of dipole magnets showing pole profile GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Two identical magnets tagger GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Vertical section, showing how O-ring compression is defined GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Vacuum chamber sections AA' and BB' GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Magnetic Field Calculations(yoke has no structure) GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Magnetic Field Calculations(vertical yoke structure) GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Magnetic Field Calculations(horizontal yoke structure) GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
X-dependence of Magnetic Field (horizontal yoke structure) GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Z-dependence of Magnetic Field (horizontal yoke structure) GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Magnetic forces and moments calculations (horizontal yoke structure) GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Current dependence of the Magnetic forces GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Dependence of the Field uniformity on the yoke layer shape GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Quadrupole design GlueX Collaboration Meeting. S.Denisov. April 27, 2006.
Conclusions • Work at IHEP on the tagger engineering drawings necessary to estimate the cost and time of fabrication is in progress. • IHEP has reach experience not only in magnets and quads production but in magnetic field calculation GlueX Collaboration Meeting. S.Denisov. April 27, 2006.