Measurement of beam properties at the foci of high energy linacs is difficult due to the small size of the waists in proposed and existing accelerators (1 nm {minus} 2 {mu}). This paper considers the use of bremsstrahlung radiation from thin foils to measure the size and phase space density these beams using nonimaging optics. The components of the system are described, and the ultimate resolution, evaluated theoretically for the case of the Final Focus Test Beam at Stanford Linear Accelerator Center, is a few nm. 13 refs., 4 figs. 1 tab
The transverse phase space of a beam in an accelerator can be characterized using well-established m...
This paper details the development of a single-shot diagnostic technique for the 4D average and core...
This paper details the development of a single-shot diagnostic technique for the 4D average and core...
A method of an optical diffraction radiation technique based on the phase shift on the slit target, ...
Standard beam profile measurements of high–brightness electron beams based on optical transition rad...
High performance TeV energy electron / positron colliders (LC) are the first machines to require onl...
Measurements of transverse beam size are tremendously important to the performance of e{sup +}e{sup ...
Transverse beam profile diagnostics in linear electron accelerators is usually based on direct imagi...
In the SLC linac, low emittance beams with typical transverse dimensions less than 0.2 mm must be ac...
In recent years, there has been an increasing demand for noninvasive beam size monitoring on particl...
The production of high-brightness particle beams calls for the development of advanced beam diagnost...
We describe the first measurement of an electron beam size in the accelerator test facility damping ...
Beam size estimates made using beam-beam deflections are used for optimization of the Stanford Linea...
The production of high-brightness particle beams calls for the development of advanced beam diagnost...
Abstract. Precise measurement of transverse phase space of a high-brightness electron beam is of fun...
The transverse phase space of a beam in an accelerator can be characterized using well-established m...
This paper details the development of a single-shot diagnostic technique for the 4D average and core...
This paper details the development of a single-shot diagnostic technique for the 4D average and core...
A method of an optical diffraction radiation technique based on the phase shift on the slit target, ...
Standard beam profile measurements of high–brightness electron beams based on optical transition rad...
High performance TeV energy electron / positron colliders (LC) are the first machines to require onl...
Measurements of transverse beam size are tremendously important to the performance of e{sup +}e{sup ...
Transverse beam profile diagnostics in linear electron accelerators is usually based on direct imagi...
In the SLC linac, low emittance beams with typical transverse dimensions less than 0.2 mm must be ac...
In recent years, there has been an increasing demand for noninvasive beam size monitoring on particl...
The production of high-brightness particle beams calls for the development of advanced beam diagnost...
We describe the first measurement of an electron beam size in the accelerator test facility damping ...
Beam size estimates made using beam-beam deflections are used for optimization of the Stanford Linea...
The production of high-brightness particle beams calls for the development of advanced beam diagnost...
Abstract. Precise measurement of transverse phase space of a high-brightness electron beam is of fun...
The transverse phase space of a beam in an accelerator can be characterized using well-established m...
This paper details the development of a single-shot diagnostic technique for the 4D average and core...
This paper details the development of a single-shot diagnostic technique for the 4D average and core...