[en] A multistrip gap monitor has been built and tested in a TRIUMF beam line. Wall currents, induced by the beam, are carried along eight conducting strips arranged circumferentially around a non-conducting section of beam pipe. A gap in each strip is bridged by a resistor. The eight voltages may be analyzed by applying a circumferential Fourier transform (CFT) to give dipole (position) and quadrupole (aspect) moments of the beam. The device bandwidth (2 GHz) is sufficient to show variations in these moments along the beam bunch. (author)

[en] The rapid cycling synchrotron proposed for the TRIUMF KAON Factory uses ceramic beam pipe to suppress eddy currents. One design has metallic strips fixed onto the inner surface to carry the wall currents. A beam position monitor has been designed using these strips and tested successfully with the TRIUMF cyclotron beam. (Author) 5 refs., 7 figs

[en] These proceedings represent papers presented at the sixth workshop on beam instrumentation hosted by the TRIUMF laboratory. The meeting was attended by the international high-energy physics community. Topics covered included an aspects of beam instrumentation and diagnostics. There were 66 papers presented at workshop and forty one have been abstracted for the Energy Science and Technology database

[en] The rapid cycling synchrotron proposed for the TRIUMF KAON Factory uses ceramic beam pipe to suppress eddy currents. One design has metallic strips fixed onto the inner surface to carry the wall currents. A beam position monitor has been designed using these strips and tested successfully with the TRIUMF cyclotron beam