Acoustic detection of single particles for neutrino experiments and dark matter searches. Neuhauser, B., Cabrera, B., Martoff, C., & Young, B. IEEE Transactions on Magnetics, 23(2):469–472, March, 1987. tex.ids= neuhauser-IEEETransMagn-Acousticdetection-1987 conferenceName: IEEE Transactions on Magneticsdoi abstract bibtex We are developing an entirely new type of particle detector, called a silicon crystal acoustic detector (SiCAD), which senses ballistic phonons generated when an incident particle collides with a nucleus or electron in a cube of crystalline silicon. For events which deposit energy greater than about 1 keV, a 1 kg SiCAD would have spatial resolution better than 1 mm3and energy resolution better than 100 eV. We describe our laboratory research utilizing carbon thermistors, superconducting transition edge devices, and superconducting tunnel junctions as phonon sensors on the crystal faces.
@article{neuhauser_acoustic_1987,
title = {Acoustic detection of single particles for neutrino experiments and dark matter searches},
volume = {23},
issn = {1941-0069},
doi = {10.1109/TMAG.1987.1064994},
abstract = {We are developing an entirely new type of particle detector, called a silicon crystal acoustic detector (SiCAD), which senses ballistic phonons generated when an incident particle collides with a nucleus or electron in a cube of crystalline silicon. For events which deposit energy greater than about 1 keV, a 1 kg SiCAD would have spatial resolution better than 1 mm3and energy resolution better than 100 eV. We describe our laboratory research utilizing carbon thermistors, superconducting transition edge devices, and superconducting tunnel junctions as phonon sensors on the crystal faces.},
number = {2},
journal = {IEEE Transactions on Magnetics},
author = {Neuhauser, B. and Cabrera, B. and Martoff, C. and Young, B.},
month = mar,
year = {1987},
note = {tex.ids= neuhauser-IEEETransMagn-Acousticdetection-1987
conferenceName: IEEE Transactions on Magnetics},
keywords = {Acoustic detectors, Acoustic signal detection, Crystallization, Electrons, Josephson device measurement applications, Josephson junctions, Neutrino sources, Neutrinos, Phonons, Radiation detectors, Silicon, Spatial resolution, Superconducting devices},
pages = {469--472},
}
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