We have developed a cobalt-based amorphous core as a new magnetic-alloy (MA) core for the loaded RF cavity. Owing to its permeability found to be approximately 1.5 times higher than that of FINEMET FT-3M, this MA core is an excellent candidate for constructing a compact broadband RF cavity with less power consumption. In thisreport, we present our recent studies of the Co-based amorphous core concerning, its annealing temperature and insulating materials coated on the amorphous tape
The microwave electromagnetic response is analyzed for a composite material consist-ing of amorphous...
Fe-based amorphous powder cores (AMPCs) were prepared from FeSiBCr amorphous powders with phosphate–...
he 2nd International Workshop on Redent Progress in Induction Accelerators (RPIA2006
We have developed a cobalt-based amorphous core as a new magnetic-alloy(MA) core for the loaded RF c...
We developed a cobalt-based amorphous core as a new magnetic-alloy (MA) core for a loaded radio freq...
We have developed a cobalt-based amorphous core as a new magnetic-alloy(MA)core for the loaded RF ca...
A compact cavity for acceleration has been developed with cobalt-based amorphous cores. This core ha...
A compact cavity for acceleration has been developed with cobalt-based amorphous cores. This core ha...
A compact cavity for acceleration has been developed with cobalt-based amorphous cores, which is a p...
Improvement of high frequency magnetic properties was tried with success for Co-based amorphous ribb...
A non-resonant rf cavity loaded with amorphous alloy cores has been designed and tested. The cavity ...
Toroid-shaped Fe-based soft magnetic amorphous powder cores were prepared from Fe76Si9B10P5 (at.%) a...
For magnetic alloy (MA) loaded rf accelerating cavity, we have developed an indirect cooling system,...
100 kHz core loss and magnetization properties of sample transverse magnetically annealed, cobalt-ba...
Pour des nouveaux amplificateurs magnétiques, des alliages amorphes à base de CoFe et CoMn avec une ...
The microwave electromagnetic response is analyzed for a composite material consist-ing of amorphous...
Fe-based amorphous powder cores (AMPCs) were prepared from FeSiBCr amorphous powders with phosphate–...
he 2nd International Workshop on Redent Progress in Induction Accelerators (RPIA2006
We have developed a cobalt-based amorphous core as a new magnetic-alloy(MA) core for the loaded RF c...
We developed a cobalt-based amorphous core as a new magnetic-alloy (MA) core for a loaded radio freq...
We have developed a cobalt-based amorphous core as a new magnetic-alloy(MA)core for the loaded RF ca...
A compact cavity for acceleration has been developed with cobalt-based amorphous cores. This core ha...
A compact cavity for acceleration has been developed with cobalt-based amorphous cores. This core ha...
A compact cavity for acceleration has been developed with cobalt-based amorphous cores, which is a p...
Improvement of high frequency magnetic properties was tried with success for Co-based amorphous ribb...
A non-resonant rf cavity loaded with amorphous alloy cores has been designed and tested. The cavity ...
Toroid-shaped Fe-based soft magnetic amorphous powder cores were prepared from Fe76Si9B10P5 (at.%) a...
For magnetic alloy (MA) loaded rf accelerating cavity, we have developed an indirect cooling system,...
100 kHz core loss and magnetization properties of sample transverse magnetically annealed, cobalt-ba...
Pour des nouveaux amplificateurs magnétiques, des alliages amorphes à base de CoFe et CoMn avec une ...
The microwave electromagnetic response is analyzed for a composite material consist-ing of amorphous...
Fe-based amorphous powder cores (AMPCs) were prepared from FeSiBCr amorphous powders with phosphate–...
he 2nd International Workshop on Redent Progress in Induction Accelerators (RPIA2006