Thin-film spectra of solid NH3 at a resolution of 1 per cm were used to determine its absorption coefficient over the range 50-7000 per cm. The pressure in the vacuum system was at a few Pa throughout the commissioning experiment. The window for charged particles was of the combination of Kevlar and Mylar with the thickness of 280 and 75 μm, respectively. The window for neutrons was made of stainless steel with a thickness of 3 mm and was designed with a shape of partial cylinder to support itself against the atmospheric pressure. The vacuum system for the SAMURAI spectrometer includes its beam line and the SAMURAI vacuum chamber with the windows for detecting neutrons and charged particles. The first commissioning experiment of the SAMURAI spectrometer and its beam line was performed in March, 2012. Crack Solidworks 2012 64 Bit Windows 8 Solid Squad Hit #HOT#Ĭrack Solidworks 2012 64 Bit Windows 8 Solid Squad Hit >
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