PAC2013 - List of Authors (Rose, J.)

Paper	Title	Page
MOPBA03	Self-Consistent Simulations of Passive Landau Cavity Effects	177
	G. Bassi, A. Blednykh, S. Krinsky, J. Rose BNL, Upton, Long Island, New York, USA
	We discuss passive Landau cavity effects for arbitrary fill patterns. We present a new algorithm for the self-consistent calculation of the long-range multibunch interaction and discuss its implementation in the parallel OASIS code. As an application, we show numerical simulations for normal conducting Landau cavities.

TUPMA07	Future Upgrades of the NSLS-II Injector	601
	T.V. Shaftan, R.P. Fliller, R. Heese, J. Rose, G.M. Wang, F.J. Willeke BNL, Upton, Long Island, New York, USA
	In 2013 the NSLS-II injector, which consists of 200 MeV linac, 3 GeV booster, transport lines and storage ring injection straight section, will be entering operations. While building the NSLS-II injection system we invested substantial efforts in developing and preserving options for future upgrades and enchancements. In this paper we discuss the potential of incremental evolution of the NSLS-II injector performance by enabling upgrade options, such as the second gun, flexible bunch patterns, beam stacking in the booster, emittance compensation techniques in the transport lines, etc. These upgrades will expand capabilites of the NSLS-II facility and increase operational reliability.

Paper

Title

Page

Self-Consistent Simulations of Passive Landau Cavity Effects

177

G. Bassi, A. Blednykh, S. Krinsky, J. Rose
BNL, Upton, Long Island, New York, USA

We discuss passive Landau cavity effects for arbitrary fill patterns. We present a new algorithm for the self-consistent calculation of the long-range multibunch interaction and discuss its implementation in the parallel OASIS code. As an application, we show numerical simulations for normal conducting Landau cavities.

TUPMA07

Future Upgrades of the NSLS-II Injector

601

T.V. Shaftan, R.P. Fliller, R. Heese, J. Rose, G.M. Wang, F.J. Willeke
BNL, Upton, Long Island, New York, USA

In 2013 the NSLS-II injector, which consists of 200 MeV linac, 3 GeV booster, transport lines and storage ring injection straight section, will be entering operations. While building the NSLS-II injection system we invested substantial efforts in developing and preserving options for future upgrades and enchancements. In this paper we discuss the potential of incremental evolution of the NSLS-II injector performance by enabling upgrade options, such as the second gun, flexible bunch patterns, beam stacking in the booster, emittance compensation techniques in the transport lines, etc. These upgrades will expand capabilites of the NSLS-II facility and increase operational reliability.