The emittance exchange (EEX) is a recently developed beam manipulation method providing the longitudinal bunch compression. Since EEX converts the transverse phase space to the longitudinal phase space, it can generate a sub-fs bunch when a small bunch gets appropriate transverse focusing. Argonne Wakefield Accelerator facility (AWA) plans to demonstrate this EEX based sub-fs generation for the high frequency wakefield acceleration. The primary experiment is planned in this summer to explore the minimum achievable bunch length of current configuration. The result will indicate what upgrades we need to experimentally generate a sub-fs bunch. We present progress on the simulation work for this summer experiment and modified EEX beamline gener...
A transverse-to-longitudinal emittance exchange exper-iment is in preparation at the Argonne Wakefie...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...
Phase space manipulation techniques within two degrees of freedom are foreseen to enhance the perfor...
An emittance exchange (EEX) beamline can manipulate longitudinal phase space via control of the tran...
Sub-fs electron bunch has been pursued in the last decade using several different methods. These met...
A general architecture of an emittance exchanger (EEX) is considered, where the horizontal and longi...
A transverse-to-longitudinal emittance exchange experiment is in preparation at the Argonne Wakefiel...
The promise of next-generation light sources depends on the availability of ultra-low emittance elec...
The promise of next-generation light sources depends on the availability of ultra-low emittance elec...
In this paper, two possible bunch compression configurations are proposed and evaluated by numerical...
Many of the most significant advances in accelerator science have been due to improvements in our ab...
The A0 Photoinjector at Fermilab is presently home to an emittance exchange (EEX) experiment. The em...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...
Transverse-to-longitudinal emittance exchange was proposed in [1] as a tool for an effective matchin...
Transverse to longitudinal phase space manipulation hold great promises, e.g., as a potential techni...
A transverse-to-longitudinal emittance exchange exper-iment is in preparation at the Argonne Wakefie...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...
Phase space manipulation techniques within two degrees of freedom are foreseen to enhance the perfor...
An emittance exchange (EEX) beamline can manipulate longitudinal phase space via control of the tran...
Sub-fs electron bunch has been pursued in the last decade using several different methods. These met...
A general architecture of an emittance exchanger (EEX) is considered, where the horizontal and longi...
A transverse-to-longitudinal emittance exchange experiment is in preparation at the Argonne Wakefiel...
The promise of next-generation light sources depends on the availability of ultra-low emittance elec...
The promise of next-generation light sources depends on the availability of ultra-low emittance elec...
In this paper, two possible bunch compression configurations are proposed and evaluated by numerical...
Many of the most significant advances in accelerator science have been due to improvements in our ab...
The A0 Photoinjector at Fermilab is presently home to an emittance exchange (EEX) experiment. The em...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...
Transverse-to-longitudinal emittance exchange was proposed in [1] as a tool for an effective matchin...
Transverse to longitudinal phase space manipulation hold great promises, e.g., as a potential techni...
A transverse-to-longitudinal emittance exchange exper-iment is in preparation at the Argonne Wakefie...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...
Phase space manipulation techniques within two degrees of freedom are foreseen to enhance the perfor...