An experiment is being developed at the FNAL Photoinjector Lab to demonstrate the exchange of longitudinal emittance with a transverse horizontal emittance. The longitudinal electric field of a TM{sub 110} cavity vanishes on axis and increases linearly with transverse displacement. This 'shearing' electric field is pivotal to the exchange. The design of this TM{sub 110} cavity is a variant of the Fermilab 3.9 GHz superconducting deflecting mode cavity; however, the cavity was constructed of OFHC copper. The authors report on the construction, field flatness, polarization and high power testing of a TM{sub 110} cavity
There is a growing interest in using rf transverse deflecting structures for a plethora of applicati...
We have performed three-dimensional simulations of beam dynamics for transverse electromagnetic mode...
We have performed three-dimensional simulations of beam dynamics for transverse electromagnetic mode...
The FNAL A0 Photoinjector is being reconfigured to test the principle of transverse to longitudinal ...
The 3.9GHz TM{sub 110} mode deflecting cavity developed at FNAL has many applications, including use...
Fermilab is involved in an effort to assemble 3.9 GHz superconducting RF cavities into a four cavity...
The 3rd harmonic 3.9GHz accelerating cavity was proposed to improve the beam performance of the VUV ...
Superconducting RF is of increasing importance in particle accelerators. We have developed a resonan...
The A0 Photoinjector at Fermilab is presently home to an emittance exchange (EEX) experiment. The em...
Phase space manipulation techniques within two degrees of freedom are foreseen to enhance the perfor...
A superconducting microwave cavity has been designed to test advanced materials for use in the accel...
Superconducting radio-frequency cavities are commonly used in modern particle accelerators for appli...
Superconducting radio-frequency cavities are commonly used in modern particle accelerators for appli...
The 3rd harmonic 3.9GHz accelerating cavity was proposed to improve the beam performance of the FLAS...
Valuable experience in operating and maintaining superconducting RF cavities in a horizontal test mo...
There is a growing interest in using rf transverse deflecting structures for a plethora of applicati...
We have performed three-dimensional simulations of beam dynamics for transverse electromagnetic mode...
We have performed three-dimensional simulations of beam dynamics for transverse electromagnetic mode...
The FNAL A0 Photoinjector is being reconfigured to test the principle of transverse to longitudinal ...
The 3.9GHz TM{sub 110} mode deflecting cavity developed at FNAL has many applications, including use...
Fermilab is involved in an effort to assemble 3.9 GHz superconducting RF cavities into a four cavity...
The 3rd harmonic 3.9GHz accelerating cavity was proposed to improve the beam performance of the VUV ...
Superconducting RF is of increasing importance in particle accelerators. We have developed a resonan...
The A0 Photoinjector at Fermilab is presently home to an emittance exchange (EEX) experiment. The em...
Phase space manipulation techniques within two degrees of freedom are foreseen to enhance the perfor...
A superconducting microwave cavity has been designed to test advanced materials for use in the accel...
Superconducting radio-frequency cavities are commonly used in modern particle accelerators for appli...
Superconducting radio-frequency cavities are commonly used in modern particle accelerators for appli...
The 3rd harmonic 3.9GHz accelerating cavity was proposed to improve the beam performance of the FLAS...
Valuable experience in operating and maintaining superconducting RF cavities in a horizontal test mo...
There is a growing interest in using rf transverse deflecting structures for a plethora of applicati...
We have performed three-dimensional simulations of beam dynamics for transverse electromagnetic mode...
We have performed three-dimensional simulations of beam dynamics for transverse electromagnetic mode...