Abstract
Abstract The Daya Bay experiment aims to measure the last unknown neutrino mixing angle, sin 2 (2θ 13 ), to a sensitivity of .01. The detection method requires “identical” near and far detectors each with a precisely known target mass on the order of 20,000 kg. A calibrated filling system able to fill the required 20,000 kg of Gd-doped scintillating liquid (GDLS) to an accuracy of
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