2 papers

title:	Design and Construction of High Brightness RF Photoinjectors for TESLA
format:	conference procceeding
conference:	1995 Particle Accelerator Conference
year:	1995
6 authors:	E. Colby | Bharadwaj, V. | Ostiguy, J. F. | Nicol, T. | M. Conde | J. B. Rosenzweig
abstract:	The design, construction and testing of a high brightness high bunch charge RF photoinjectormatching the requirements of the TESLA Test Facility is discussed. Engineering design work, the results of cold test measurements, and the planned experimental program are presented. Conceptual design work leading to an advanced high-brightness asymmetric emittance RF photoinjector for application to TESLA500 is also briefly discussed.
keywords:
Download | View | Details | edit | delete

title:	Design of a high duty cycle, asymmetric emittance RF photocathode injector for linear collider applications
format:	conference procceeding
conference:	1993 Particle Accelerator Conference
year:	1993
4 authors:	J. B. Rosenzweig | E. Colby | C. Jackson | Nicol, T.
abstract:	One of the attractive features of the superconducting approach to linear collider design is that the transverse emittances demanded are much larger than in normal conducting schemes. For TESLA design parameters, the damping rings appear to be relatively large and expensive, and it is therefore of some interest to look into alternative sources. For electrons, a promising source candidate is an RF photocathode. In this paper, we present conceptual design work towards development of an asymmetric emittance RF photocathode source which can operate at the TESLA repetition rates and duty cycle, and is capable of emitting beams with the required emittances and charge per pulse. (7 References).
keywords:
Download | View | Details | edit | delete