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CHARGE PARTICLE ACCELERATORCharge particle accelerator
CHARGE PARTICLE ACCELERATORCharge particle accelerator
What is Particle Accelerator? 
 A Particle accelerator is a device used for 
increasing the kinetic energy of electrically 
charged particles. 
 The accelerators are the important 
instruments in conducting research 
concerning particles such as mesons, anti-proton, 
and anti-neutron.
 Van de Graff generator 
 Cyclotron 
 Synchrocyclotron 
 Betatron 
 Electron-Synchrotron 
 Alternating Synchrotron 
 Linear Accelerator
CHARGE PARTICLE ACCELERATORCharge particle accelerator
 E.O Lawrence and M.S Livingston invented 
this Device at Berkeley (united state) in1931. 
 Cyclotron is the earliest and simplest 
accelerator, and also called the magnetic 
resonance oscillator. 
 Cyclotron is used to accelerate Positive 
Charged particles.
 Cyclotrons produce very high energy Charge 
Particles. 
 E.O Lawrence awarded a noble prize for the 
development of the cyclotron.
 In Electric Field a charged particle is 
accelerated. 
 In Magnetic field a charged particle can be 
turned around. 
 In magnetic field the magnetic force acts as a 
centripetal force. 
 Cyclotrons accelerate Charged particle beam 
using a high alternating voltage oscillator 
which is applied between two "D“ shaped 
electrodes (also called "Dees")
CHARGE PARTICLE ACCELERATORCharge particle accelerator
 The cyclotron consists of two flat semicircular 
metallic boxes D1 and D2 called the Dees on 
account of their shape like the letter D. 
 The two Dees are separated by a narrow gap. 
 The Dees are connected to the terminals of a 
high frequency oscillator, so that a potential 
of several million cycle per second is applied 
between the Dees, which act as an electrode.
 Oscillator establishes an alternating electric field 
in the gap between the Dees, i.e. the electric field 
is once directed towards D1 and then towards D2 
Thus D1 and D2 become alternating positive and 
negative at the same rate. 
 A source is placed at the center of the Dees 
which supplies a positive ion to accelerate. 
 These Dees are mounted inside a vacuum 
chamber; the chamber is mounted horizontally 
between the pole pieces (N&S) of a huge 
electromagnet capable of producing a vertical 
field.
Adnan Shahzada M.Sc Physics, 
University of Peshawar
CHARGE PARTICLE ACCELERATORCharge particle accelerator
CHARGE PARTICLE ACCELERATORCharge particle accelerator
 The positive ions emitted from the source will be 
accelerated in the gap towards the Dee which is 
negative at that time. 
 Let it be D2 Since, there is no electric field inside 
the Dees, the positive ion move with constant 
velocity along circles of constant radius under 
the influence of magnetic field which is 
perpendicular the Dees. 
 If the ions emerge from D2 , the polarity of the 
applied potential is reversed, the positive ions 
will again face the negative Dee and thus will be 
again accelerated by the Electric in the gap.
CHARGE PARTICLE ACCELERATORCharge particle accelerator
 Since, there velocity is increased, they will now 
move through along D1 Circular arc of greater 
radius. 
 Here, the time passage to complete the semi – 
circle in the D1 remains the same as in D2. 
 In this way the positive ions move faster and faster 
moving in ever – expanding circles until they reach 
the outer edge of the Dees, where they are 
deflected by deflector flat and strike the target. 
 Here it should be remembered that the time 
required for the positive ions to make one 
complete turn within Dees is equal to the time 
period of the oscillator.
Radius 
The magnetic force acting on the charge particle is 
given by 
As this force acts as centripetal force, so we have 
Above equation represents the radius of the circular 
path followed by the charged particle inside the 
magnetic field
Note: Radius at each turn increase due to increase 
in velocity, therefore it behaves like the spiral. 
Angular velocity 
Above equation represents the angular velocity
Frequency 
Above equation represents the frequency of 
circulating charge 
Time Period 
This is the required time period of circulating 
charge.
Note: From the calculation we came to know that 
the Frequency and Time period are independent 
of radius. 
Kinetic Energy 
This is the required kinetic energy of the 
circulating ion.
 It cannot accelerate neutron, because neutron 
do not have any charge. 
 It cannot accelerate electron because of its 
small mass.
 Cyclotron is used to bombard nuclei with 
energetic particles and observe the nuclear 
reactions. 
 Cyclotron is used for different radioactive 
tests in hospitals for diagnosis. Like in the 
treatment of Cancer.
 Introduction to Atomic and Nuclear Physics By 
Henry Semat and John R. Albright 
 Introduction to Nuclear Physics By Kenneth S. 
Krane 
 Introduction to Nuclear physics by Irving 
kaplan 
Thanks

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CHARGE PARTICLE ACCELERATORCharge particle accelerator

  • 3. What is Particle Accelerator?  A Particle accelerator is a device used for increasing the kinetic energy of electrically charged particles.  The accelerators are the important instruments in conducting research concerning particles such as mesons, anti-proton, and anti-neutron.
  • 4.  Van de Graff generator  Cyclotron  Synchrocyclotron  Betatron  Electron-Synchrotron  Alternating Synchrotron  Linear Accelerator
  • 6.  E.O Lawrence and M.S Livingston invented this Device at Berkeley (united state) in1931.  Cyclotron is the earliest and simplest accelerator, and also called the magnetic resonance oscillator.  Cyclotron is used to accelerate Positive Charged particles.
  • 7.  Cyclotrons produce very high energy Charge Particles.  E.O Lawrence awarded a noble prize for the development of the cyclotron.
  • 8.  In Electric Field a charged particle is accelerated.  In Magnetic field a charged particle can be turned around.  In magnetic field the magnetic force acts as a centripetal force.  Cyclotrons accelerate Charged particle beam using a high alternating voltage oscillator which is applied between two "D“ shaped electrodes (also called "Dees")
  • 10.  The cyclotron consists of two flat semicircular metallic boxes D1 and D2 called the Dees on account of their shape like the letter D.  The two Dees are separated by a narrow gap.  The Dees are connected to the terminals of a high frequency oscillator, so that a potential of several million cycle per second is applied between the Dees, which act as an electrode.
  • 11.  Oscillator establishes an alternating electric field in the gap between the Dees, i.e. the electric field is once directed towards D1 and then towards D2 Thus D1 and D2 become alternating positive and negative at the same rate.  A source is placed at the center of the Dees which supplies a positive ion to accelerate.  These Dees are mounted inside a vacuum chamber; the chamber is mounted horizontally between the pole pieces (N&S) of a huge electromagnet capable of producing a vertical field.
  • 12. Adnan Shahzada M.Sc Physics, University of Peshawar
  • 15.  The positive ions emitted from the source will be accelerated in the gap towards the Dee which is negative at that time.  Let it be D2 Since, there is no electric field inside the Dees, the positive ion move with constant velocity along circles of constant radius under the influence of magnetic field which is perpendicular the Dees.  If the ions emerge from D2 , the polarity of the applied potential is reversed, the positive ions will again face the negative Dee and thus will be again accelerated by the Electric in the gap.
  • 17.  Since, there velocity is increased, they will now move through along D1 Circular arc of greater radius.  Here, the time passage to complete the semi – circle in the D1 remains the same as in D2.  In this way the positive ions move faster and faster moving in ever – expanding circles until they reach the outer edge of the Dees, where they are deflected by deflector flat and strike the target.  Here it should be remembered that the time required for the positive ions to make one complete turn within Dees is equal to the time period of the oscillator.
  • 18. Radius The magnetic force acting on the charge particle is given by As this force acts as centripetal force, so we have Above equation represents the radius of the circular path followed by the charged particle inside the magnetic field
  • 19. Note: Radius at each turn increase due to increase in velocity, therefore it behaves like the spiral. Angular velocity Above equation represents the angular velocity
  • 20. Frequency Above equation represents the frequency of circulating charge Time Period This is the required time period of circulating charge.
  • 21. Note: From the calculation we came to know that the Frequency and Time period are independent of radius. Kinetic Energy This is the required kinetic energy of the circulating ion.
  • 22.  It cannot accelerate neutron, because neutron do not have any charge.  It cannot accelerate electron because of its small mass.
  • 23.  Cyclotron is used to bombard nuclei with energetic particles and observe the nuclear reactions.  Cyclotron is used for different radioactive tests in hospitals for diagnosis. Like in the treatment of Cancer.
  • 24.  Introduction to Atomic and Nuclear Physics By Henry Semat and John R. Albright  Introduction to Nuclear Physics By Kenneth S. Krane  Introduction to Nuclear physics by Irving kaplan Thanks