Fermilab PIP-II will use four In-flange ACCTs to measure beam and beam loss in LEBT and MEBT. VWM already tested at ProjectX is being considered for halo measurement with a new sensor head.
Maier-Leibnitz-Laboratorium (MLL), Garching, Germany, will use the new In-vacuum Turbo-ICT to measure pulses <1pC and up.
MLL Turbo-ICT range is extended to 3nC.
A neutron beam was produced at the China Spallation Neutron Source (CSNS) for the first time on August 28.
IMP-CAS in Lanzhou develops a new S-band 100 MeV electron linac. The thermionic gun currents are measured by two In-flange ACCTs.
A highly sensitive Turbo-ICT and a BCM-RF electronics were delivered to the AXSIS project at DESY.
They allow to resolve pulse charges even below 10 fC.
Fermilab Recycler Ring has measured its stored beam with an NPCT since 2010.
ThomX, the Compton effect Xray source under construction by Thales for LAL-Orsay, chose In-flange.FCTs to measure the accelerated beam.
Prominent EV manufacturer ordered another lot of IPCTs, 100-mA full scale DC monitors with 82-mm aperture, for in-line QC. Leakage during high-intensity battery charging is monitored.
Ambitious NICA project at Dubna by JINR will collide 4.5 GeV/u Au79+ ions.
IRMM, the European Union “standards” Institute for Reference Materials and Measurements in Geel, Belgium, adds a new In-flange.ICT to measure the bunch charge in its accelerator.
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.
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