XiPAF proton synchrotron developed by Tsinghua University for installation in Xi’an City, will be equipped with beam current diagnostics from Bergoz Instrumentation.
BerlinPro beam charge at Helmholtz Zentrum in Berlin will be monitored by four In-flange.ICTs. The chamber XHV calls for high-temperature bakeout.
To measure LEReC beam loss at BNL, a pair of narrow-band Fast Current Transformers tuned to 704 MHz will be developed.
The ambitious ADAM project, a private initiative supported by CERN, will use ACCTs to measure the accelerated proton beam along the 3-GHz RF linac.
CSNS under construction by IHEP in Dongguan, Guangdong province, will rely on Bergoz Instrumentation diagnostics to control the beam in the injector, the rapid-cycling synchrotron and transfe
SARAF accelerator at Soreq in Yavne is going through a major upgrade. The beam macropulses will be measured by an In-flange.ACCT with resolution better than 2uA.
SINAP of Academia Sinica in Shanghai develops a new hadrontherapy synchrotron.
Hitachi Asia Ltd. won the contract to build a proton therapy center at the National Cancer Centre Singapore. It will be the first such facility in South East Asia.
A 3-GHz burst of 100fC electron bunches will be measured in-air at CLIC by a high-sensitivity ICT. ICT is known for its faithful measurement of very short pulses
Our new instrument Turbo-ICT was adopted by SLAC to monitor LCLS-II bunch charge and beam current. Six units will be distributed along the linac.
ELI-NP facility of Extreme Light Infrastructure near Bucharest in Romania houses the most powerful laser (2 x 10PW).
RISP rare isotopes facility built by IBS Institute of Basic Science in Deajeon devised its beam control on East Lansing, Michigan, FRIB.
LWFA-FEL pulse charge instrument Turbo-ICT has been successfully tested on beam at SOLEIL. Noise rejection worked so well, that SOLEIL ordered one for its own beam.
ThomX enters in its assembly phase. Three “classical” In-flange.ICT will monitor the charge transfer to the storage ring.
At GANIL, thermoregulated magnetic shields fully enclose Spiral2 current monitors from Bergoz Instrumentation. DC stability vs.