Add to ORKGElectromagnetic induction and Hall effect were attempted to measure the field intensity up to the high magnetic field region produced by water-cooled resistive magnets and hybrid magnet systems. The world highest steady magnetic field of 31.1 T at Tohoku University was ensured by an absolute measurement using a stational inductive pick-up probe and a precision numerical integration system. The basic measurement error was estimated to be less than 0.1 % from the comparison with results of NMR magnetometer. Hall probes were calibrated by comparing with the induction method, and have been used for the conventional field intensity measurement
Magnetic induction is one of the basic variables. This quantity is mainly used in engines. Without a...
This paper reviews cryogenic systems in High Field Laboratory for Superconducting Materials, where t...
An insertion device lab was setup at MAX IV Laboratory and the production of insertion devices, main...
Outline of Tohoku Hybrid Magnet system is briefly described. High Field Laboratory was established i...
An analogue field level generator has been developed for various measurements which need an analogue...
Design, fabrication and operating results of water-cooled magnets at High Field Laboratory for Super...
Magneto-absorption spectra were obtained in the fields up to 23 T by means of a hybrid magnet at Toh...
The motor driven vibrating sample magnetometer (MVSM) was constructed in order to measure the magnet...
Various systems of the hybrid magnets and the water-cooled magnets installed in the High Field Labor...
High-power water-cooled magnets have been installed in our laboratory to produce high magnetic field...
A hybrid magnet is a combined system of an outer superconducting magnet and an inner high-power wate...
Water-cooled magnets for Tohoku Hybrid Magnets, HM-3, HM-2 and HM-1, consist of a single Bitter coil...
Conventional magnetic field sensors are searched to detect the magnetic field intensity of a superco...
This paper serves as a preface to the present special issue of Sci. Rep. RITU, describing the brief ...
The paper reports a systematic assessment of the radiation-hard Hall probes (RHP) magnetic diagnosti...
Magnetic induction is one of the basic variables. This quantity is mainly used in engines. Without a...
This paper reviews cryogenic systems in High Field Laboratory for Superconducting Materials, where t...
An insertion device lab was setup at MAX IV Laboratory and the production of insertion devices, main...
Outline of Tohoku Hybrid Magnet system is briefly described. High Field Laboratory was established i...
An analogue field level generator has been developed for various measurements which need an analogue...
Design, fabrication and operating results of water-cooled magnets at High Field Laboratory for Super...
Magneto-absorption spectra were obtained in the fields up to 23 T by means of a hybrid magnet at Toh...
The motor driven vibrating sample magnetometer (MVSM) was constructed in order to measure the magnet...
Various systems of the hybrid magnets and the water-cooled magnets installed in the High Field Labor...
High-power water-cooled magnets have been installed in our laboratory to produce high magnetic field...
A hybrid magnet is a combined system of an outer superconducting magnet and an inner high-power wate...
Water-cooled magnets for Tohoku Hybrid Magnets, HM-3, HM-2 and HM-1, consist of a single Bitter coil...
Conventional magnetic field sensors are searched to detect the magnetic field intensity of a superco...
This paper serves as a preface to the present special issue of Sci. Rep. RITU, describing the brief ...
The paper reports a systematic assessment of the radiation-hard Hall probes (RHP) magnetic diagnosti...
Magnetic induction is one of the basic variables. This quantity is mainly used in engines. Without a...
This paper reviews cryogenic systems in High Field Laboratory for Superconducting Materials, where t...
An insertion device lab was setup at MAX IV Laboratory and the production of insertion devices, main...