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Showing 1 to 3 of 3 for “"Creighton mine"”.

  1. Design of a neutron calibration source for the SNO+ experiment

    … situated at the SNOLAB facility located at Creighton mine 2 km deep. The SNO+ experiment will have three phases: water, pure scintillator and Te-loaded scintillator. With the detector filled with scintillator, solar neutrinos, geo and reactor anti-neutrinos, and supernova neutrinos can be …

    laurentian Repository record for Design of a neutron calibration source for the SNO+ experiment (opens in a new tab)

  2. Applications of Double-Difference Tomography for a Deep Hard Rock Mine

    Seismicity at a deep hard rock mine can be a precursor to ground failure events. Seismicity data can be used in double-difference tomography, which produce tomograms showing velocity distributions in the rock mass that can be used to infer relative stress of the rock mass. The data set used for the …

    vt Repository record for Applications of Double-Difference Tomography for a Deep Hard Rock Mine (opens in a new tab)

  3. Tomographic Imaging Associated with a Mw 2.6 Fault-Slip Event in a Deep Nickel Mine

    … the p-wave velocity model of an underground mine and surrounding rock mass. The inversion scheme presented is tested using a data set from Creighton Mine in Sudbury, Ontario, Canada and includes 9,270 distinct events over 62 days. A total of 53 geophones recorded 191,856 p-waves that are able …

    vt Repository record for Tomographic Imaging Associated with a Mw 2.6 Fault-Slip Event in a Deep Nickel Mine (opens in a new tab)