Brian David Yanoff

Nonlocality and strong coupling in the heavy fermion superconductor CeCoIn5: A penetration depth study

We report measurements of the magnetic penetration depth

GE intelligent personal radiation locator system

\ensuremath{\lambda}

Temporal response of CZT detectors under intense irradiation

in single crystals of

Extending SQUID interferometry beyond the cuprates and beyond d-wave symmetry

{\mathrm{CeCoIn}}_{5}

Energy resolution limiting factors of multi-pixel events in 3D position sensitive CZT gamma-ray spectrometer

down to

4 pi direction sensitive gamma imager with RENA-3 readout ASIC

\ensuremath{\sim}0.14\mathrm{K}

Magnetic penetration depth and the symmetry of the order parameter in Sr2RuO4

using a tunnel-diode-based, self-inductive technique at 28 MHz. While the in-plane penetration depth tends to follow a power law,

Impact of temperature variation on the energy resolution of 3D position sensitive CZT gamma- ray spectrometers

{\ensuremath{\lambda}}_{//}\ensuremath{\sim}{T}^{3/2},

Nonlocality in superconducting metals: an ultra-high precision magnetic penetration depth study

the data are better described as a crossover between linear

Computer vision aided target linked radiation imaging

(T\ensuremath{\gg}{T}^{*})