Recent Results with 62 g Ge Cryogenic Dark Matter Detector

We report on recent results with a 62 g Ge cryogenic detector that combines simultaneous ionization and phonon measurements to allow rejection of radioactive background in a dark matter experiment. This detector has FWHM baseline resolutions of 500 eV in phonons and 1200 eV in ionization. A simplified charge collection scheme has been employed to improve the efficiency of the background rejection. Based on the success of this detector we are currently building six 165 g detectors as part of the CDMS experiment

Early compared with delayed inhaled nitric oxide in moderately hypoxaemic neonates with respiratory failure : a randomised controlled trial

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