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B. O’Shea

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Last Name: O’Shea

Full Name: B. O’Shea

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1 paper

title: Novel Radio-Frequency Gun Structures For Ultrafast Relativistic Electron Diffraction

format: journal article

year: 2009

7 authors: P. Musumeci | L. Faillace | A. Fukasawa | J.T. Moody | B. O’Shea | J.B. Rosenzweig | C.M. Scoby

abstract: Radio-frequency (RF) photoinjector-based relativistic ultrafast electron diffraction (UED) is a promising new technique that has the potential to probe structural changes at the atomic scale with sub-100 fs temporal resolution in a single shot. We analyze the limitations on the temporal and spatial resolution of this technique considering the operating parameters of a standard 1.6 cell RF gun (which is the RF photoinjector used for the first experimental tests of relativistic UED at Stanford Linear Accelerator Center; University of California, Los Angeles; Brookhaven National Laboratory), and study the possibility of employing novel RF structures to circumvent some of these limits.

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title:	Novel Radio-Frequency Gun Structures For Ultrafast Relativistic Electron Diffraction
format:	journal article
year:	2009
7 authors:	P. Musumeci \| L. Faillace \| A. Fukasawa \| J.T. Moody \| B. O’Shea \| J.B. Rosenzweig \| C.M. Scoby
abstract:	Radio-frequency (RF) photoinjector-based relativistic ultrafast electron diffraction (UED) is a promising new technique that has the potential to probe structural changes at the atomic scale with sub-100 fs temporal resolution in a single shot. We analyze the limitations on the temporal and spatial resolution of this technique considering the operating parameters of a standard 1.6 cell RF gun (which is the RF photoinjector used for the first experimental tests of relativistic UED at Stanford Linear Accelerator Center; University of California, Los Angeles; Brookhaven National Laboratory), and study the possibility of employing novel RF structures to circumvent some of these limits.
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