The process of radiation treatment of cable products requires the use of expensive equipment, therefore the most important problem is to increase the efficiency of its utilisation.
efficiency of its use.
One of the methods to increase the efficiency of the electron beam machine is the use of multilateral irradiation, in particular, 4-side irradiation.
The process of radiation treatment of cable products requires the use of expensive equipment, therefore the most important problem is to increase the efficiency of its utilisation.
efficiency of its use.
One of the methods to increase the efficiency of the electron beam machine is the use of multilateral irradiation, in particular 4-side irradiation.
The process of radiation treatment of cable products requires the use of expensive equipment, therefore the most important problem is to increase the efficiency of its utilisation.
efficiency of its use.
One of the methods to increase the efficiency of the electron beam machine is the use of multilateral irradiation, in particular, 4-side irradiation.
The process of radiation treatment of cable products requires the use of expensive equipment, therefore the most important problem is to increase the efficiency of its utilisation.
efficiency of its use.
One of the methods to increase the efficiency of the electron beam machine is the use of multilateral irradiation, in particular, 4-side irradiation.
in more than 70 accelerators manufactured, installed and
successfully operated at user facilities around the world.
in more than 70 accelerators manufactured, installed and
successfully operated at user facilities around the world.
in more than 70 accelerators manufactured, installed and
successfully operated at user facilities around the world.
in more than 70 accelerators manufactured, installed and
successfully operated at user facilities around the world.
This field changes the trajectories of electrons so that, regardless of the place of entry, at the exit all electrons have an angle with the vertical axis of ±45°. Transporting the cable through the irradiation zone, its orientation changes by 180°, which is why four-sided irradiation occurs (Fig. 2.).
- Average azimuth angle of electron beam exit ±45°
- Irradiation zone (depends on the distance from extraction window) 400 to 700 mm
- System supply voltage 220 V
- Water consumption rate (extraction device and magnets cooling) >0.3 m^3/h
- Average azimuth angle of electron beam exit ±45°
- Irradiation zone (depends on the distance from extraction window) 400 to 700 mm
- System supply voltage 220 V
- Water consumption rate (extraction device and magnets cooling) >0.3 m^3/h
- Average azimuth angle of electron beam exit ±45°
- Irradiation zone (depends on the distance from extraction window) 400 to 700 mm
- System supply voltage 220 V
- Water consumption rate (extraction device and magnets cooling) >0.3 m^3/h
- Average azimuth angle of electron beam exit ±45°
- Irradiation zone (depends on the distance from extraction window) 400 to 700 mm
- System supply voltage 220 V
- Water consumption rate (extraction device and magnets cooling) >0.3 m^3/h