Presentation is loading. Please wait.

Presentation is loading. Please wait.

Gabriel Palacios gabrielp@jlab.org 08/12/18 200 kV gun GPT simulations Tee, mushroom and sphere cathodes CEBAF beam parameters Gabriel Palacios gabrielp@jlab.org.

Published byChristine Alexander Modified over 5 years ago

Similar presentations

Presentation on theme: "Gabriel Palacios gabrielp@jlab.org 08/12/18 200 kV gun GPT simulations Tee, mushroom and sphere cathodes CEBAF beam parameters Gabriel Palacios gabrielp@jlab.org."— Presentation transcript:

1 Gabriel Palacios gabrielp@jlab.org 08/12/18
200 kV gun GPT simulations Tee, mushroom and sphere cathodes CEBAF beam parameters Gabriel Palacios 08/12/18

2 Solidworks geometry modifications: No shield

3 Solidworks geometry modifications: Original

4 Solidworks geometry modifications: GTS with small anode

5 Solidworks geometry modifications: No shield

6 Solidworks geometry modifications: Original

7 Solidworks geometry modifications: GTS with small anode

8 Preliminary results Field maps: T-shape

9 Preliminary results: Fields maps

10 Preliminary results: Fields maps

11 Preliminary results: Fields maps

12 Preliminary results Field maps: Mushroom

13 Preliminary results: Fields maps

14 Preliminary results: Fields maps

15 Preliminary results: Fields maps

16 Preliminary results Field maps: Sphere

17 Preliminary results: Fields maps

18 Preliminary results: Fields maps

19 Preliminary results: Fields maps

20 y [mm] vs y [mm]: T-cathode
Preliminary results y [mm] vs y [mm]: T-cathode

21 Preliminary results: x vs y

22 y [mm] vs y [mm]: Mushroom
Preliminary results y [mm] vs y [mm]: Mushroom

23 Preliminary results: x vs y

24 Preliminary results y [mm] vs y [mm]: Sphere

25 Preliminary results: x vs y

26 Trajectories: T-shape
Preliminary results Trajectories: T-shape

27 Preliminary results: Trajectories

28 Preliminary results: Trajectories

29 Normalized transverse emittance: T-cathode
Preliminary results Normalized transverse emittance: T-cathode

30 Preliminary results: Normalized transverse emittance

31 Preliminary results: Normalized transverse emittance

32 Preliminary results: Normalized transverse emittance

33 Preliminary results: Normalized transverse emittance

34 Normalized transverse emittance: Mushroom
Preliminary results Normalized transverse emittance: Mushroom

35 Preliminary results: Normalized transverse emittance

36 Preliminary results: Normalized transverse emittance

37 Preliminary results: Normalized transverse emittance

38 Preliminary results: Normalized transverse emittance

39 Normalized transverse emittance: Sphere
Preliminary results Normalized transverse emittance: Sphere

40 Preliminary results: Normalized transverse emittance

41 Preliminary results: Normalized transverse emittance

42 Preliminary results: Normalized transverse emittance

43 Preliminary results: Normalized transverse emittance

44 Fin.

45 Additional:

Download ppt "Gabriel Palacios gabrielp@jlab.org 08/12/18 200 kV gun GPT simulations Tee, mushroom and sphere cathodes CEBAF beam parameters Gabriel Palacios gabrielp@jlab.org."

Similar presentations

Coolidge X-ray Tube. + High voltage - Anode cathode Cooling fins A Vacuum Low ac voltage Gas envelope A X-rays.

Coolidge X-ray Tube. + High voltage - Anode cathode Cooling fins A Vacuum Low ac voltage Gas envelope A X-rays.
RF-Gun beam based alignment at PITZ/FLASH

RF-Gun beam based alignment at PITZ/FLASH
Electron Beam Source Temescal SFIH – 270 – 2 Fernando Lloret Vieira

Electron Beam Source Temescal SFIH – 270 – 2 Fernando Lloret Vieira
Emittance Measurement: Quadrupole Scan C. Tennant USPAS – January 2011.

Emittance Measurement: Quadrupole Scan C. Tennant USPAS – January 2011.
Downstream transversal sizes Rikard Sandström University of Geneva 2007-02-16 MICE detector meeting.

Downstream transversal sizes Rikard Sandström University of Geneva MICE detector meeting.
Diffuser in G4MICE Victoria Blackmore 09/03/10 Analysis Meeting 1/8.

Diffuser in G4MICE Victoria Blackmore 09/03/10 Analysis Meeting 1/8.
1 Losses in the Cooling Channel Malcolm Ellis PID Meeting 1 st March 2005.

1 Losses in the Cooling Channel Malcolm Ellis PID Meeting 1 st March 2005.
Downstream e-  identification 1. Questions raised by the Committee 2. Particle tracking in stray magnetic field 3. Cerenkov and calorimeter sizes 4. Preliminary.

Downstream e-  identification 1. Questions raised by the Committee 2. Particle tracking in stray magnetic field 3. Cerenkov and calorimeter sizes 4. Preliminary.
F Specifications for the dark current kicker for the NML test facility at Fermilab S. Nagaitsev, M. Church, P. Piot, C.Y. Tan, J. Steimel Fermilab May.

F Specifications for the dark current kicker for the NML test facility at Fermilab S. Nagaitsev, M. Church, P. Piot, C.Y. Tan, J. Steimel Fermilab May.
Gaussian TEL gun progress V. Kamerdzhiev, G. Kuznetsov, V. Shiltsev LARP Collaboration Meeting 10 Danfords on the Sound, Port Jefferson, NY, April 23-25,

Gaussian TEL gun progress V. Kamerdzhiev, G. Kuznetsov, V. Shiltsev LARP Collaboration Meeting 10 Danfords on the Sound, Port Jefferson, NY, April 23-25,
PST ２００７ BNL 1 Development of High- performance Polarized e- source at Nagoya University. Nagoya University M.Yamamoto, S.Okumi, T.Konomi N.Yamamoto, A.Mano,

PST ２００７ BNL 1 Development of High- performance Polarized e- source at Nagoya University. Nagoya University M.Yamamoto, S.Okumi, T.Konomi N.Yamamoto, A.Mano,
Generation and Characterization of Magnetized Bunched Electron Beam from DC Photogun for MEIC Cooler Laboratory Directed Research and Development (LDRD)

Generation and Characterization of Magnetized Bunched Electron Beam from DC Photogun for MEIC Cooler Laboratory Directed Research and Development (LDRD)
AAC 2006V.Shiltsev 1 Electron beam generation and control in Tevatron Electron Lenses Vladimir Shiltsev, R.Hively, V.Kamerdzhiev, G.Kuznetsov, H.Pfeffer,

AAC 2006V.Shiltsev 1 Electron beam generation and control in Tevatron Electron Lenses Vladimir Shiltsev, R.Hively, V.Kamerdzhiev, G.Kuznetsov, H.Pfeffer,
RFQ CAD Model Beam Dynamics Studies Simon Jolly 3 rd August 2011.

RFQ CAD Model Beam Dynamics Studies Simon Jolly 3 rd August 2011.
ASTRA Injector Setup 2012 Julian McKenzie 17/02/2012.

ASTRA Injector Setup 2012 Julian McKenzie 17/02/2012.
1.Institute For Research in Fundamental Science (IPM), Tehran, Iran 2.CERN, Geneva, Switzerland Mohsen Dayyani Kelisani Thermionic & RF Gun Simulations.

1.Institute For Research in Fundamental Science (IPM), Tehran, Iran 2.CERN, Geneva, Switzerland Mohsen Dayyani Kelisani Thermionic & RF Gun Simulations.
1 Statistics David Forrest University of Glasgow May 5 th 2009.

1 Statistics David Forrest University of Glasgow May 5 th 2009.
LDRD: Magnetized Source JLEIC Meeting November 20, 2015 Riad Suleiman and Matt Poelker.

LDRD: Magnetized Source JLEIC Meeting November 20, 2015 Riad Suleiman and Matt Poelker.
Impact of the Cathode Roughness on the Emittance of an Electron Beam M.Krasilnikov, DESY Zeuthen WSHQE, Milano 4-6.10.2006.

Impact of the Cathode Roughness on the Emittance of an Electron Beam M.Krasilnikov, DESY Zeuthen WSHQE, Milano
Designing a Magnetron Injection Gun and magnetic field to confine the electron beam. Jayakrishnan A. Karakkad, Brian L.Beaudoin, Thomas M.Antonsen Jr.

Designing a Magnetron Injection Gun and magnetic field to confine the electron beam. Jayakrishnan A. Karakkad, Brian L.Beaudoin, Thomas M.Antonsen Jr.

Similar presentations

Ads by Google