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CryoSPC Scientific Consulting

Retired Senior Scientist Quan-Sheng Shu

SUPERCONDUCTING MAGNETS AND ITS CRYOGENIC TECHNOLOGIES

R&D OF A PROTOTYPE SSC 80-K SYNCHROTRON RADIATION LINER SYSTEM IN A HALF-CELL OF 4-K MAGNETS

THERMAL OPTIMUM ANALYSES AND MECHANICAL DESIGN OF 10 KA, VAPOR-COOLED POWER LEADS FOR SSC SUPERCONDUCTING MAGNET TESTS AT MTL

FEED AND END CANS TO SUPPORT CRYOGENIC TESTING OF SUPERCONDUCTING MAGNETS FOR THE SUPERCONDUCTING SUPERCOLLIDER

SUPERCONDUCTING MAGNETS, CRYOSTATS, AND CRYOGENICS FOR THE INTERACTION RAGIN OF THE SSC

EDDY CURRENT AND QUENCH LOADS RESPONSE FOR THE SSC 4-KLINER AND BORE TUBE DURING COLLIDER MAGNET QUENCH

THERMAL MODEL AND ASSOCIATED NOVEL APPROACH FOR SYNCHROTRON RADIATION LINER WITH END COOLING

OVERVIEW OF AN 80K LINER DESIGN FOR SYNCHROTRON LIGHT INTERCEPTION IN SSCL COLLIDER

EFFECTIVE STRESS OF THE SSC 80K SYNCHROTRON RADIATION LINER IN A QUENCHING DIPOLE MAGNET

THE CRYOGENIC SYSTEM FOR THE MTL MAGNET TEST STANDS

DEVELOPMENT OF CRYOGENIC INSTRUMENTS AND EQUIPMENT FOR SSC MAGNET CRYOGENIC TESTS AT THE MTL

EFFECT OF MAGNETORESISTANCE ON LINER DESIGN

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