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A prototype detector is being developed which combines the functions of aTime Projection Chamber for charged particle tracking and a Cherenkov detectorfor particle identification. The TPC consists of a 10x10x10 cm3 drift volumewhere the charge is drifted to a 10x10 cm2 triple GEM detector. The charge ismeasured on a readout plane consisting of 2x10 mm2 chevron pads which provide aspatial resolution ~ 100 microns per point in the chevron direction along withdE/dx information. The Cherenkov portion of the detector consists of a second10x10 cm2 triple GEM with a photosensitive CsI photocathode on the top layer.This detector measures Cherenkov light produced in the drift gas of the TPC byhigh velocity particles which are above threshold. CF4 or CF4 mixtures will beused as the drift gas which are highly transparent to UV light and can provideexcellent efficiency for detecting Cherenkov photons. The drift gas is alsoused as the operating gas for both GEM detectors. The prototype detector hasbeen constructed and is currently being tested in the lab with sources andcosmic rays, and additional tests are planned in the future to study thedetector in a test beam.

A Prototype Combination TPC Cherenkov Detector with GEM Readout for  Tracking and Particle Identification and its Potential Use at an Electron Ion  Collider