Login

Americas Workshop on Linear Colliders 2017 (AWLC17)

26–30 Jun 2017
SLAC National Accelerator Lab
America/Los_Angeles timezone

support:

Session

Warm RF Technology

30 Jun 2017, 09:00
Madrone Room, bldg. 48 (SLAC)

Madrone Room, bldg. 48

SLAC

Description

Normal Conducting RF Accelerator Technology, RF sources, High Gradient Structures, Injectors

Presentation materials

There are no materials yet.

  1. 107. CLIC Design
    Walter Wuensch (CERN)
    30/06/2017, 09:00
  2. 108. Dielectric Accelerators in Microwave Regime and Concept of Short Pulse Collider
    Chunguang Jing (ANL)
    30/06/2017, 09:25
  3. 109. NCRF Roadmap and Advancing Cost-Capability of NCRF Accelerators for Colliders
    Emilio Nanni (SLAC National Accelerator Laboratory)
    30/06/2017, 09:50
  4. 202. TopGun: An Ultra-High Gradient Cryogenic RF Photoinjector
    Alex Cahill (UCLA)
    30/06/2017, 10:15
  5. 110. Multipactor and Dark Current Studies of a 17 GHz Standing Wave Accelerator Structure
    Haoran Xu (MIT)
    30/06/2017, 11:00
  6. 111. CLIC High Gradient Research
    Walter Wuensch (CERN)
    30/06/2017, 11:25
  7. 112. Designs and High Power Tests of Distributed Coupling Linacs
    Mamdouh Nasr (Stanford University)
    30/06/2017, 11:50
  8. 113. High-gradient Experiments with Cryogenic Normal-Conducting Cavities
    Alex Cahill (UCLA)
    30/06/2017, 12:15
  9. 114. Efficient and Low Cost RF Sources + Compressors
    Matt Franzi (SLAC)
    30/06/2017, 13:30
  10. 115. High Efficiency Klystron Development.
    Brandon Weatherford
    30/06/2017, 13:55
  11. 116. Modulator Development
    Mark Kemp (SLAC)
    30/06/2017, 14:20
  12. 117. Test Stands for Breakdown Studies on RF-Driven and Beam-Driven Structures
    Yong Jiang (Yale University)
    30/06/2017, 14:45

    The experimental progress on constructing two high-gradient warm structure test stands is presented here: (1) Two Frequency Test Stand which provides S-band and C-band phased-synchronized high power microwave; and (2) Beam Driven Accelerator Test Stand which provides X-band high charge long bunch train. Theory and simulations predict that metallic microwave accelerating structures, including...

    Go to contribution page
Building timetable...