Add to ORKGWater-cooled magnets for Tohoku Hybrid Magnets, HM-3, HM-2 and HM-1, consist of a single Bitter coil, a double Bitter coil and polyhelix coils, respectively. The design, construction and the test results are described together with the discussion on both merits and demerits of these coils
The hybrid magnet of the High Magnetic Field Laboratory has reached its premier goal of 40 T. A deta...
DESIGN OF A HTS INSERT TEST FACILITYFermilab is working on the development of high field magnet syst...
This paper serves as a preface to the present special issue of Sci. Rep. RITU, describing the brief ...
Design, fabrication and operating results of water-cooled magnets at High Field Laboratory for Super...
A hybrid magnet is a combined system of an outer superconducting magnet and an inner high-power wate...
High-power water-cooled magnets have been installed in our laboratory to produce high magnetic field...
Outline of Tohoku Hybrid Magnet system is briefly described. High Field Laboratory was established i...
Design, construction and performance of three superconducting magnets for the hybrid magnets install...
A water-cooled poly Bitter magnet for a new compact hybrid magnet was designed under the fully utili...
Various systems of the hybrid magnets and the water-cooled magnets installed in the High Field Labor...
This paper reviews cryogenic systems in High Field Laboratory for Superconducting Materials, where t...
New high field superconducting magnets have been studied as the research and development for the nex...
A Bitter magnet with concentric double coils is more efficient than a single-coil magnet especially ...
Le projet décrit comprend la réalisation de trois aimants hybrides. L'aimant le plus petit actuellem...
Electromagnetic induction and Hall effect were attempted to measure the field intensity up to the hi...
The hybrid magnet of the High Magnetic Field Laboratory has reached its premier goal of 40 T. A deta...
DESIGN OF A HTS INSERT TEST FACILITYFermilab is working on the development of high field magnet syst...
This paper serves as a preface to the present special issue of Sci. Rep. RITU, describing the brief ...
Design, fabrication and operating results of water-cooled magnets at High Field Laboratory for Super...
A hybrid magnet is a combined system of an outer superconducting magnet and an inner high-power wate...
High-power water-cooled magnets have been installed in our laboratory to produce high magnetic field...
Outline of Tohoku Hybrid Magnet system is briefly described. High Field Laboratory was established i...
Design, construction and performance of three superconducting magnets for the hybrid magnets install...
A water-cooled poly Bitter magnet for a new compact hybrid magnet was designed under the fully utili...
Various systems of the hybrid magnets and the water-cooled magnets installed in the High Field Labor...
This paper reviews cryogenic systems in High Field Laboratory for Superconducting Materials, where t...
New high field superconducting magnets have been studied as the research and development for the nex...
A Bitter magnet with concentric double coils is more efficient than a single-coil magnet especially ...
Le projet décrit comprend la réalisation de trois aimants hybrides. L'aimant le plus petit actuellem...
Electromagnetic induction and Hall effect were attempted to measure the field intensity up to the hi...
The hybrid magnet of the High Magnetic Field Laboratory has reached its premier goal of 40 T. A deta...
DESIGN OF A HTS INSERT TEST FACILITYFermilab is working on the development of high field magnet syst...
This paper serves as a preface to the present special issue of Sci. Rep. RITU, describing the brief ...