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A foil-microchannel plate (MCP) detector, which uses electrostatic lenses andpossesses both good position and timing resolutions, has been designed andsimulated for beam diagnostics and mass measurements at the next-generationheavy-ion-beam facility HIAF in China. Characterized by low energy loss andgood performances of timing and position measurements, it would be located atfocal planes in fragment separator HFRS for position monitoring, beam turning,B${\rho}$ measurement, and trajectory reconstruction. Moreover, it will benefitthe building-up of a magnetic-rigidity-energy-loss-time-of-flight(B${\rho}$-$\Delta$E-TOF) method at HFRS for high-precision in-flight particleidentification (PID) of radioactive isotope (RI) beams on an event-by-eventbasis. Most importantly, the detector can be utilized for in-ring TOF andposition measurements, beam-line TOF measurements at two achromatic foci, andposition measurements at a dispersive focus of HFRS, thus making it possible touse two complementary mass measurement methods (isochronous mass spectrometry(IMS) at the storage ring SRing and magnetic-rigidity-time-of-flight(B${\rho}$-TOF) at the beam-line HFRS) in one single experimental run.

Electrostatic-lenses position-sensitive TOF MCP detector for beam diagnostics and new scheme for mass measurements at HIAF