Americas Workshop on Linear Colliders 2017 (AWLC17)

Session

Warm RF Technology

Jun 30, 2017, 9:00 AM

Madrone Room, bldg. 48 (SLAC)

Description

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

107. CLIC Design

Walter Wuensch (CERN)

6/30/17, 9:00 AM

108. Dielectric Accelerators in Microwave Regime and Concept of Short Pulse Collider

Chunguang Jing (ANL)

6/30/17, 9:25 AM

109. NCRF Roadmap and Advancing Cost-Capability of NCRF Accelerators for Colliders

Emilio Nanni (SLAC National Accelerator Laboratory)

6/30/17, 9:50 AM

202. TopGun: An Ultra-High Gradient Cryogenic RF Photoinjector

Alex Cahill (UCLA)

6/30/17, 10:15 AM

110. Multipactor and Dark Current Studies of a 17 GHz Standing Wave Accelerator Structure

Haoran Xu (MIT)

6/30/17, 11:00 AM

111. CLIC High Gradient Research

Walter Wuensch (CERN)

6/30/17, 11:25 AM

112. Designs and High Power Tests of Distributed Coupling Linacs

Mamdouh Nasr (Stanford University)

6/30/17, 11:50 AM

113. High-gradient Experiments with Cryogenic Normal-Conducting Cavities

Alex Cahill (UCLA)

6/30/17, 12:15 PM

114. Efficient and Low Cost RF Sources + Compressors

Matt Franzi (SLAC)

6/30/17, 1:30 PM

115. High Efficiency Klystron Development.

Brandon Weatherford

6/30/17, 1:55 PM

116. Modulator Development

Mark Kemp (SLAC)

6/30/17, 2:20 PM

117. Test Stands for Breakdown Studies on RF-Driven and Beam-Driven Structures

Yong Jiang (Yale University)

6/30/17, 2:45 PM

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...