Abstract: A wide spread faucet includes a main body, which is formed as a unitary forging. The valves are factory installed in the valve housings, which are pre-connected to the main body at the factory. A hanger holds the main body in place to the sink deck while the installer inserts the C-washers to hold the valve housings above the sink deck and the main body below the sink deck. The hanger is disengaged from the sink deck and the main body. The C-washers enable the installer to automatically level the faucet and tighten the threaded flange nuts beneath the sink deck to secure the valve housings to the sink deck in the leveled condition. The center shank is connected at the factory to a deck flange nut. The center shank is compression fitted to the main body and secured to the sink deck by a central flange nut beneath the sink deck and the deck flange nut above the sink deck.

Abstract: A compact includes a mixture of a solid binder and at least one nanopowder phosphor chosen from yttrium oxide, yttrium tantalate, barium fluoride, cesium fluoride, bismuth germanate, zinc gallate, calcium magnesium pyrosilicate, calcium molybdate, calcium chlorovanadate, barium titanium pyrophosphate, a metal tungstate, a cerium doped nanophosphor, a bismuth doped nanophosphor, a lead doped nanophosphor, a thallium doped sodium iodide, a doped cesium iodide, a rare earth doped pyrosilicate, or a lanthanide halide. The compact can be used in a radiation detector for detecting ionizing radiation.

Abstract: The invention relates to radiation detection using a flexible composite scintillator prepared by mixing fast, bright, dense rare-earth doped powdered oxyorthosilicate (such as LSO:Ce, LSO:Sm, and GSO:Ce) scintillator with a polymer binder. The binder is transparent to the scintillator emission. The composites are seamless and can be made large and in a wide variety of shapes. Importantly, the composite can be tailored to emit light in a spectral region that matches the optimum response of photomultipliers (about 400 nanometers) or photodiodes (about 600 nanometers), which maximizes the overall detector efficiency.