A high precision & non-destructive types of current monitors using Ni-Zn ferrite toroids for the measurements of electron beam currents has been developed. This monitoring system consists of Ni-Zn ferrite toroidal cores, pickup coils, electromagnetic shields, a monitoring housing, current amplifiers & ceramic ducts. The fast current monitors showed fast rise & fall times (< 3 ns), the linearity within 2%, the high sensitivity (0.05 V/mA at 50 Ω load ) & good S/N ratio
Modern quantitative TEM methods such as the -factor technique require precise knowledge of the elect...
the EG&G/AEC linear accelerator permits the meas-urement of scintillator response functions and ...
This report documents the development of a current transformer system used to measure pulsed ion bea...
A high precision & non-destructive types of current monitors using Ni-Zn ferrite toroids for the mea...
Toroid Current Monitor The 10 cm toroid really exists of: Introduction- A low frequency toroid made ...
The high frequency current probe is one of the most valuable and commonly used tools by engineers fo...
A beam current monitor system was developed to measure the CW electron beam current delivered to the...
Large soft ferrite toroids & slabs in various Ni-Zn compositions were developed for high frequency s...
Abstract—Pulsed-current sensors require transducers constituted of magnetic materials with high magn...
Abstract: Toroidal transformers are used to measure the beam current in beam lines and accelerators....
International audienceUltra high dose rate electron beams also known as FLASH radiotherapy is becomi...
A charge monitor system which utilizes a ferrite toroid operated in a reso-nant mode is described. T...
Microbeam scanning-PIXE (micro-PIXE) analysis is a useful method for obtaining information of multi-...
An Inductive Pick-Up (IPU) senses the azimuthal distribution of the beam image current. Its construc...
The CEBAF accelerator delivers a CW electron beam at fundamental 1497 MHz, with average beam current...
Modern quantitative TEM methods such as the -factor technique require precise knowledge of the elect...
the EG&G/AEC linear accelerator permits the meas-urement of scintillator response functions and ...
This report documents the development of a current transformer system used to measure pulsed ion bea...
A high precision & non-destructive types of current monitors using Ni-Zn ferrite toroids for the mea...
Toroid Current Monitor The 10 cm toroid really exists of: Introduction- A low frequency toroid made ...
The high frequency current probe is one of the most valuable and commonly used tools by engineers fo...
A beam current monitor system was developed to measure the CW electron beam current delivered to the...
Large soft ferrite toroids & slabs in various Ni-Zn compositions were developed for high frequency s...
Abstract—Pulsed-current sensors require transducers constituted of magnetic materials with high magn...
Abstract: Toroidal transformers are used to measure the beam current in beam lines and accelerators....
International audienceUltra high dose rate electron beams also known as FLASH radiotherapy is becomi...
A charge monitor system which utilizes a ferrite toroid operated in a reso-nant mode is described. T...
Microbeam scanning-PIXE (micro-PIXE) analysis is a useful method for obtaining information of multi-...
An Inductive Pick-Up (IPU) senses the azimuthal distribution of the beam image current. Its construc...
The CEBAF accelerator delivers a CW electron beam at fundamental 1497 MHz, with average beam current...
Modern quantitative TEM methods such as the -factor technique require precise knowledge of the elect...
the EG&G/AEC linear accelerator permits the meas-urement of scintillator response functions and ...
This report documents the development of a current transformer system used to measure pulsed ion bea...
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