Los Alamos National Laboratory
Author in the following contributions
- Low-emittance, Low-charge optimization of the Argonne Wakefield Accelerator for the Nanopatterned Microbunching Experiment
- Exploring Coupled-Cavity Linac upgrade with Distributed-Drive Linac at LANSCE
- Plans for cryogenic C-band prototype tests for LANL pRad booster linac
- Sensitivity, Second-order Effects, and Space Charge Limitations of a Deflecting Cavity Based Dechirper
- Recent Developments in DTL Design for LAMP Project at LANL
- High Gradient Testing of a Two-Cell C-band Accelerator Cavity with NiCr Higher-Order Mode Absorbers
- Error and Sensitivity studies for LANSCE Accelerator Modernization Project
- The LANSCE Accelerator Modernization Project front-end physics design and model
- Cavity Optimizations and Beam Dynamics Simulations for LANSCE Upgrades
- High-Gradient Booster Linac for Multi-GeV Proton Radiography at LANSCE
- Status of the CARIE high gradient photocathode test facility at LANL
- Ceramic Enhanced Accelerating Structure (CEAS) Optimization for Improved Shunt Impedance
- CHARACTERIZATION OF A COMPACT ELECTRON BUNCHER WITH TUNABLE PERMANENT MAGNET FOCUSING
- DESIGN AND OPTIMIZATION OF A 10.0625 MHz LOW-FREQUENCY BUNCHER FOR A 201.25 MHZ RFQ ACCELERATOR
- Selection of Transverse Diagnostics to measure Few-Micron beam modulations in the Nanopatterned Microbunching Experiment
- Perspective on Procurements of Major Components for the LANSCE Accelerator Modernization Project (LAMP)
- The design of the H- DC injector for the LAMP RFQ test stand
- Design and Stability Analysis of a Quadrupole Demagnifier for Emittance Exchange-based Transverse-to-longitudinal Density Modulation Frequency Upshift
- Genetic optimizations of RF cell profile using Superfish
- Upcoming experiment at the Argonne Wakefield Accelerator to actively control the energy chirp of an electron beam using three transverse deflecting cavities