The closed orbit of electron beam of the SRRC booster synchrotron was measured during ramping from 50 MeV to 1.3 GeV. The beam position monitoring system has been completely modified such that the horizontal and the vertical beam positions can be obtained simultaneously. An HP VXI system combined with some custom made electronic devices was used to acquire and analyze the data. In this study the detailed beam orbits during ramping under specific operation conditions are investigated in order to obtain information for improving the performance of the SRRC booster synchrotron.
The correlation among the air temperature, the water temperature and the beam position was studied a...
NSLS booster diagnostics consisted of tune measurement system, system for turn-by-turn measurement o...
Beam position monitors (BPM) for synchrotron light storage rings usually consist of beam pickup elec...
The booster operation parameters, such as synchrotron tune, 70 betatron tune, momentum compaction fa...
Installation of a beam excitation kicker at the SRRC (Synchrotron Radiation Research Center) booster...
The setup for tune measurement of Synchrotron Radiation Research Center (SRRC) booster and its perfo...
The commissioning of the storage ring at Synchrotron Radiation Research Center have been successful ...
The SRS is a second generation synchrotron radiation source which ramps from its injection energy of...
Many types of diagnostic instruments, such as beam position monitors, fluorescence screen monitors, ...
The SRS is a second generation synchrotron radiation source which ramps from its injection energy of...
The booster synchrotron of the Diamond Light Source is a full energy injector ramping from 100 MeV t...
Abstract. There are several new developments in diagnostics at the SRRC. These new developments incl...
A 1.2 GeV booster electron synchrotron (STB ring) with combined use of pulse-beam stretcher at Labor...
The structure and functions of the real-time radiation monitoring system installed in SRRC have been...
Abstract Table I. The nominal parameters for the storage ring The spectrum of the 1.3 GeV storage ri...
The correlation among the air temperature, the water temperature and the beam position was studied a...
NSLS booster diagnostics consisted of tune measurement system, system for turn-by-turn measurement o...
Beam position monitors (BPM) for synchrotron light storage rings usually consist of beam pickup elec...
The booster operation parameters, such as synchrotron tune, 70 betatron tune, momentum compaction fa...
Installation of a beam excitation kicker at the SRRC (Synchrotron Radiation Research Center) booster...
The setup for tune measurement of Synchrotron Radiation Research Center (SRRC) booster and its perfo...
The commissioning of the storage ring at Synchrotron Radiation Research Center have been successful ...
The SRS is a second generation synchrotron radiation source which ramps from its injection energy of...
Many types of diagnostic instruments, such as beam position monitors, fluorescence screen monitors, ...
The SRS is a second generation synchrotron radiation source which ramps from its injection energy of...
The booster synchrotron of the Diamond Light Source is a full energy injector ramping from 100 MeV t...
Abstract. There are several new developments in diagnostics at the SRRC. These new developments incl...
A 1.2 GeV booster electron synchrotron (STB ring) with combined use of pulse-beam stretcher at Labor...
The structure and functions of the real-time radiation monitoring system installed in SRRC have been...
Abstract Table I. The nominal parameters for the storage ring The spectrum of the 1.3 GeV storage ri...
The correlation among the air temperature, the water temperature and the beam position was studied a...
NSLS booster diagnostics consisted of tune measurement system, system for turn-by-turn measurement o...
Beam position monitors (BPM) for synchrotron light storage rings usually consist of beam pickup elec...