6.13 MeV mono-energetic gamma-ray generator > Accelerator Systems

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 Accelerator system  



 The proton induced gamma-ray(PIG) generating systems developed with BMI's proprietary technology is the particle accelerator systems based on a variety of ion sources. Proton induced ~6 MeV mono-energetic gamma-ray is generated by the accelerated protons hitting the F19 target. Based on our advanced technology, we can provide high-quality particle accelerators with various specifications desired by consumers.






[Particle accelerator] 6.13 MeV mono-energetic gamma-ray generator

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Product Name
6.13 MeV mono-energetic gamma-ray generator
1.400 keV Low-Current Ion Accelerator

 

  ◇  ION Source Systems including :  

     - Ion source module including

        . Multi-cusp ion source

        . Source gas system including

 . Gas feed module for non-toxic gas from high-pressure type  gas tank

 . Exhaust

            . Isolation transformer

            . Extraction geometry

       . Extraction gap

       . Electrostatic Einzel lens

       . Dipole magnet  (15° or 90°  analyzing magnet)

       . Beam X-Slit Module (Manually adjustable mass defining X-slit)

       . Beam position monitor

       . Current measuring module (Water-cooled Faraday Cup)

 

    High Power terminal support 

     - HV shielding Box

 

 ◇  Acceleration tube including 

     - Electron catcher (electron blocking part)

     - Voltage grading resistors

     - Terminal voltage power supply

     - 12 Gap air insulation acceleration tube :95kV

     - Number of acceleration tube : 5ea


 ◇  Ion beam transport tube including 

     - Beam line vacuum tube set

     - Beam line vacuum tube support frame

 

  Doublet Solenoid  Magnet (Electrostatic quadrupole triplet lens)

     - Solenoid magnet 2ea

     - SM Controller 1ea

     - OD: Ø370mm, ID: Ø80mm, L: 475mm

     - Ampere : 60 Amp, Voltage : 65V DC

     - Gauss : 2500G

 

  Vacuum system including 

     - Turbo Molecular Pump(TMP) with Controller 2 set

        . TMP for pre-acceleration systems

        . TMP for post-acceleration systems

     - Backing Pump (Scroll Dry pump) 2 set

         . Dry pump for pre-acceleration systems

         . Dry pump for post-acceleration systems

     - Vacuum measuring equipment 2 set

     - All necessary vacuum part

       . Vacuum valves

       . Bellows

       . Angle valves

       . Vacuum tubing 


 ◇  Water cooling systems including 

      - Air cooling type Chiller

      - Fittings and water tubing  for chilling

      - Water drain

 

 ◇  Dry Air compressor 

      - Compressed air tubing

 

  PLC control systems 

     - Interfaces for computer control

     - All necessary electronics and power supplies

     - Fiber-optic links

     - Electrical cabling and earth strips

 

  Remote computer control systems  

     - LabView based Ion Accelerator control program

     - Industrial type computer

     - Two flat screen monitor

     - Keyboard, mouse and printer

     - Interfaces for field bus control system



2. 6.13 MeV Gamma-Ray Target Module (for generating 6 MeV  Gamma-Ray)


  ◇  Target Chamber with 6 MeV Gamma-Ray Target

       -   flange port

       -   Vacuum Cover 


 ◇  Collimator


   Local shielding for using Lead / HDPE

 

 ◇ Support frame for target chamber and local shielding

 


3. Target  transport rail systems  
 

   Target transport rail

       - 4 meter moving guide

       - target loading  

 

  Target transport rail controller



4. Radiation shielding analysis and safety report for using RG

 

  MCMP shielding simulation


  Safety report for using RG device

 

Storage conditions

Storage temperature range

(+5 ÷+40)℃

Storage relative humidity

Max. 85%, non-condensing

Other storage conditions

All instruments must not be stored without power for more than 12 months.


6 MeV Gamma-ray systems (proton induced gamma-ray)

400 keV proton accelerator

Specifications

Product number

GRAP-400

Accelerator device dimension ((H x W x D)

600 x 2400 x 2280

weight

3000 kg

Power supply

(240/380) VAC/60Hz,

Power consumption

Max, 60kW

Ion source type

Multi-cusp ion source

Particle type

H+,  D+

Beam kinetic energy

10 to 500 keV


Target transport rail systems

Transport rail

Specifications

Part number

3AR-T5000

Rail device dimension(H x W x D)

5000 x 2040 x 1040(Max. 1540)

Rail translation length

4000(X-axis), 1000(Y-axis), 500(Z-axis)

Target transport rail resolution