Focus on:  Hide Contributions
Login

Photocathode Physics for Photoinjectors (P3) 2016

Oct 17 – 19, 2016
Jefferson Lab
US/Eastern timezone

Support

Contribution List

75 out of 75 displayed
  1. 0. Welcome
    Fay Hannon (JLab)
    10/17/16, 8:30 AM
  2. 1. Overview of Photocathode Physics
    John Smedley (BNL)
    10/17/16, 8:40 AM
  3. 2. Motivation for photocathode source delvelopment
    John Lewellen
    10/17/16, 9:20 AM
  4. 10. Update of Cornell recent photocathode studies growth and operations
    Luca Cultrera
    10/17/16, 10:15 AM
  5. 11. Study of bialkali antimonide photocathode on niobium substrate at JLab
    Md. Abdhulla Mamun
    10/17/16, 10:40 AM
  6. 12. BNL sputter growth technique
    Zihao Ding
    10/17/16, 10:55 AM
  7. 13. BNL CHESS Activities
    Mengjia Goawei
    10/17/16, 11:10 AM
  8. 14. CERN Alkali antimonide experience
    Chris Hessler
    10/17/16, 11:25 AM
  9. 15. DISCUSSION
    10/17/16, 11:50 AM
  10. 16. Simultaneous element evaporation and deposition of multialkali cathodes
    Jun Feng
    10/17/16, 1:45 PM
  11. 18. A Brief Overview of R&D Efforts towards High Quantum Efficiency and High Polarization Superlattice Photocathodes
    Shukui Zhang
    10/17/16, 2:00 PM
  12. 19. Ion implantation studies of bulk GaAs with different surface cleave plane orientations
    Wei Liu
    10/17/16, 2:15 PM
  13. 21. DISCUSSION
    10/17/16, 2:30 PM
  14. 22. Intrinsic emittance reduction of copper cathodes
    Eduard Prat
    10/17/16, 3:30 PM
  15. 23. Photocathode Endeavours at SLAC
    Theo Vecchione
    10/17/16, 3:55 PM
  16. 25. Emittance growth caused by surface roughness
    Zhe Zhang
    10/17/16, 4:20 PM
  17. 66. Surface analysis and n-machining of a copper photocathode at SPARC_LAB
    Jessica Scifo
    10/17/16, 4:35 PM
  18. 67. Pb photocathodes in SRF Guns
    Jacek Sekutowicz
    10/17/16, 4:50 PM
  19. 26. DISCUSSION
    10/17/16, 5:05 PM
  20. 28. Effects Associated with Ultrashort Pulse Illumination
    Jared Maxson
    10/18/16, 8:30 AM
  21. 30. Progress in photocathode R&D and preparation for the CLARA accelerator at Daresbury Laboratory
    Tim Noakes
    10/18/16, 8:45 AM
  22. 64. Plasmonic cathode from industry
    Hoson To
    10/18/16, 9:10 AM
  23. 31. DISCUSSION
    10/18/16, 9:20 AM
  24. 32. One step photoemission from Ag(111) surface
    Siddharth Karkare
    10/18/16, 9:30 AM
  25. 33. Photoemission of electrons from sharp needle tips driven by femtosecond laser pulses: a tutorial
    Martin Kozak
    10/18/16, 10:15 AM
  26. 35. DFT-Calculated Properties of Graphene Shield Enhanced Photocathodes
    Daniel Finkenstadt
    10/18/16, 10:40 AM
  27. 65. Quantum Dots Tutorial
    Andrew Shabaev
    10/18/16, 10:55 AM
  28. 38. DFT and Graded Composition, Heterostructures and Graphene
    Andrew Shabaev
    10/18/16, 11:20 AM
  29. 36. DISCUSSION
    10/18/16, 11:45 AM
  30. 37. Transfer Matrix Methods
    Kevin Jensen
    10/18/16, 1:45 PM
  31. 39. Multi-Alkali Cathodes
    Erdong Wang
    10/18/16, 2:05 PM
  32. 40. PbTe(111): DFT analysis and experimental results
    Andreas Schroeder, B.L. Rickman, T Li
    10/18/16, 2:20 PM
  33. 41. DISCUSSION
    10/18/16, 2:35 PM
  34. 42. Modeling Electron Emission from Controlled Rough Surfaces
    Dimitre Dimitrov
    10/18/16, 3:35 PM
  35. 43. Delayed, Multiply Scattered Emission Effects
    John Petillo
    10/18/16, 4:00 PM
  36. 44. Monte Carlo Simulation of Electron Photoemission from Alkali Antimonide Semiconductors
    Pranav Gupta
    10/18/16, 4:25 PM
  37. 45. DISCUSSION
    10/18/16, 4:40 PM
  38. 46. Ultra-cold and ultra-fast electron sources
    Jom Luiten
    10/19/16, 8:30 AM
  39. 47. Cryocooling of alkali antimonide
    Hyeri Lee
    10/19/16, 8:55 AM
  40. 48. Plasma based sources of cold electrons
    Klaus Muller-Dethlefs
    10/19/16, 9:20 AM
  41. 49. Focused tips arrays for production of cold electron beams
    Soichiro Tsujino
    10/19/16, 9:45 AM
  42. 50. Materials engineering for production of cold electrons
    Richard Hennig
    10/19/16, 10:15 AM
  43. 51. Limitations on emittance from solid photocathodes from chemical and physical roughness
    Siddharth Karkare
    10/19/16, 10:30 AM
  44. 52. DISCUSSION
    10/19/16, 10:55 AM
  45. 53. Cathode Challenges and update for cathode in CW Operation
    Adam Bartnik
    10/19/16, 11:45 AM
  46. 54. Operation/characterization of alkali antimonide in SRF gun
    Erdong Wang
    10/19/16, 12:00 PM
  47. 55. Semiconductor cathodes in SRF guns/ Cathode challenges and update for cathode operation in SRF guns
    Jochen Teichert
    10/19/16, 1:45 PM
  48. 56. LANL Updates and Quantum Dots: photoemission from quantized energy states
    Nathan Moody
    10/19/16, 2:00 PM
  49. 57. DISCUSSION
    10/19/16, 2:20 PM
  50. 59. Electron source requirements for laser-driven dielectric accelerators
    Joel England
    10/19/16, 2:40 PM
  51. 58. DISCUSSION- Future funding
    10/19/16, 3:05 PM
  52. 60. Nanotip electron sources for dielectric laser acceleration
    Martin Kozak
    10/19/16, 3:45 PM
  53. 61. Cathodes for ultrafast electron diffraction and microscopy (UED-UEM) applications
    Renkai Li
    10/19/16, 4:10 PM
  54. 62. Tailoring the emissive properties of photocathodes through materials engineering: Ultra-thin multilayers
    Daniel Velazquez
    10/19/16, 4:25 PM
  55. 63. DISCUSSION
    10/19/16, 4:40 PM
  56. 70. Hoffbauer
    10/19/16, 5:10 PM
  57. 71. Lewellen
    10/19/16, 5:10 PM
  58. 74. Mistry
    10/19/16, 5:10 PM
  59. 72. Moody_3
    10/19/16, 5:10 PM
  60. 73. Pavlenko
    10/19/16, 5:10 PM
  61. 69. Schroeder
    10/19/16, 5:10 PM
  62. 75. Suleiman
    10/19/16, 5:10 PM
  63. 17. Cesiated metals and semiconductors
  64. 4. Cryocooling of alkali antimonide
  65. 9. DISCUSSION
  66. 6. Focused tips arrays for production of cold electron beams
  67. 29. Graves?
  68. 8. Limitations on emittance from solid photocathodes from chemical and physical roughness
  69. 7. Materials engineering for production of cold electrons
  70. 34. Photo-Assisted Field Emission
    Donald Shiffler
  71. 5. Plasma based sources of cold electrons
  72. 20. Solving the cathode lifetime and surface smoothness problems
    Howard Padmore
  73. 68. Surface roughness and emittance: Quantitative data for GaSb(001) and polycrystalline Mo
  74. 27. Thermal Limits to Intrinsic Emittance
    Jun Feng
  75. 3. Ultra-cold and ultra-fast electron sources

Back to the event