This figure shows the routing traces of the Active Target Time Projection Chamber (AT-TPC) pad plane. Each triangular pad (navy blue) is connected to a single pin of the connectors located on the back of the pad plane. The different colors correspond to different layers …

Feb 21, 2020 · The Active Target Time Projection Chamber (AT-TPC) project at the National Superconducting Cyclotron Laboratory (NSCL) is a novel Active Target designed to study nuclear reactions induced by low-intensity exotic beams.

Nov 1, 2012 · An active target time projection chamber, the Prototype AT-TPC, was built at the NSCL. In order to maximize luminosity and acceptance, this new detector is characterized by its large active volume defined by a 25 cm diameter readout plane and 50 cm long drift region.

Sep 29, 2017 · CoBo hardware, firmware, and software is developed at NSCL. The generic embedded software for AGET chip is developed by IRFU (CEA) and is used on Mutant, CoBo, and PC farm.

This experimental program can be accomplished by running the ATTPC as a Time Projection Chamber (TPC) in the S2 vault, where it can receive fast fragmentation beams.

AT-TPC @FRIB Questionnaire for possible FRIB instrumentation from 2010 Users Workshop

Sep 1, 2020 · Recently, this reaction has been measured with the AT-TPC at the ReA3 facility, NSCL [212]. A re-accelerated 22 Mg beam at 5 MeV/u was delivered to the AT-TPC which was filled with 600 Torr of He:CO 2 (95:5).

The Active Target Time Projection Chamber (AT-TPC) at the NSCL-MSU is a novel active target detector tailored for low-energy nuclear reactions in inverse kinematics with exotic nuclei. The AT-TPC allows for a total 3D reconstruction of the reaction and provides high luminosity.

In addition, the first re-accelerated radioactive beam experiment using the fully commissioned ReA3 linac was conducted recently at the NSCL with the AT-TPC, where proton resonant scattering of...

Nov 22, 2017 · In addition, the first re-accelerated radioactive beam experiment using the fully commissioned ReA3 linac was conducted recently at the NSCL with the AT-TPC, where proton resonant scattering of a 4.6 MeV/u 46 Ar beam was used to measure the neutron single-particle strength in 47 Ar.