1999
DOI: 10.1142/3818
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Handbook of Accelerator Physics and Engineering

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Cited by 327 publications
(222 citation statements)
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“…6 The coupling coefficient is related to the frequencies of the coupled modes in the 9-cell resonator by the formula f n f 0 ͞ p 1 1 2 k cell cos͑np͞9͒ where f 0 is the resonant frequency of a single cell and 1 # n # 9. a Following common usage in ac circuits and the convention adopted in Ref. [19], p. 523, we define the shunt impedance by the relation R V 2 ͞2P, where P is the dissipated power and V is the peak voltage in the equivalent parallel LCR circuit. Note that another definition is common, which has also been used in the TESLA Conceptual Design Report, R V 2 ͞P, leading to a factor of 2 larger shunt impedance.…”
Section: Cavity Geometrymentioning
confidence: 99%
“…6 The coupling coefficient is related to the frequencies of the coupled modes in the 9-cell resonator by the formula f n f 0 ͞ p 1 1 2 k cell cos͑np͞9͒ where f 0 is the resonant frequency of a single cell and 1 # n # 9. a Following common usage in ac circuits and the convention adopted in Ref. [19], p. 523, we define the shunt impedance by the relation R V 2 ͞2P, where P is the dissipated power and V is the peak voltage in the equivalent parallel LCR circuit. Note that another definition is common, which has also been used in the TESLA Conceptual Design Report, R V 2 ͞P, leading to a factor of 2 larger shunt impedance.…”
Section: Cavity Geometrymentioning
confidence: 99%
“…In other words, the electric field of the opposite bunch distorts the charge distribution of the probe bunch and, therefore, it influences the transverse beam size as well as the measured luminosity. The general theory of the dynamic- effect could be found in [11,12]. In the current implementation, it is assumed that the undistorted bunch has a Gaussian The measured rates could be decreased up to 10% as shown in Fig.…”
Section: Dynamic-β Effectmentioning
confidence: 99%
“…(7), Sec. 3.3.1 from [33]]. The larger beam emittance washes out noise suppression and microbunching alike by both scrambling particle positions [34] and expanding the beam size in the undulator (which reduces transverse coherence, see below); i.e., inserting the screen makes the beam behave like it has a shot noise distribution.…”
Section: Determining the Shot Noise Levelmentioning
confidence: 99%