Magnetostrictive readout for "wire spark chambers"
Victor Perez-Mendez, James M. Pfab, Lawrence Radiation Laboratory, University of California, Berkeley. Lawrence Radiation Laboratory, U.S. Atomic Energy Commission, United States. Energy Research and Development Administration, United States. National Bureau of Standards. Fracture and Deformation Division, United States. Dept. of Energy. Office of Fusion Energy, United States. National Bureau of Standards
Lawrence Radiation Laboratory, 1964 - Detectors - 18 pages
4 pages matching receive coils in this book
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alternative method aluminum holder ambiguity Amplifier Amplifier Amplifier application Basic Magnetostrictive Delay block diagram chamber wires coordinate is given core readout current pulse diagram of electronic diagram of intermediate employee or contractor ferromagnetic wire ground planes high-voltage and ground ICoill Amplifier intermediate storage system length longitudinal mode Lucite magnetic bias magnetic drum magnetic field magnetostrictive delay line magnetostrictive line magnetostrictive readout Mechanical damping pad Mylar Ne-He nickel ribbon nsec output pulse output signal shown output voltage Perez-Mendez and James Pfab pickup coil plane ICoill process disclosed readout electronics READOUT FOR WIRE readout method receive coils send and receive send coil sequential readout shown in Fig Spark 2 Spark Spark 3 Switching spark chamber planes spark current flowing spark position stress pulse stress wave strictive suitable bias value Switching unit Gap trapezoidal input two-spark resolution usec/ft velocity Victor Perez-Mendez voltage signal wire arrays wire chambers wire plane WIRE SPARK CHAMBERS