The Bruker APEX II Kappa Diffractometer is a Kappa orientation instrument equipped with a sealed tube (Mo) X-ray source, a 4K CCD (Charge Coupled Device) chip detector, and an Oxford Cryostream low temperature cold head that allows for fast data collection at various temperatures (85 – 300 K)The primary mission of his diffractometer is to collect data for larger, stable crystals, teaching, and user training purposes.Ī Rigaku Ultima IV Powder Diffractometer is a Bragg-Brentano focusing geometry instrument equipped with a horizontal sample stage (3 – 150° range), a monochromated and sealed X-ray tube (Mo) source, a scintillation detector, and hot stage (ambient to 1500 ☌) with PTC-30 temperature controller.
Absolute configuration of molecules may also be determined using this system. The Kappa orientation instrument allows for rapid and shutter-less data collection are routine using its Kappa orientated can be carried out at various temperatures (85 – 300 K) for small, highly sensitive, and weakly diffracting samples. The Bruker Venture-Duo PHOTON-II Kappa Diffractometer is a state-of-the art single crystal diffractometer equipped with two Incotec micro-focus X-ray sources (Cu and Mo), a PHOTON-II CPAD (Charge-integrating Pixel Array Detector) detector, and an attached Oxford Cryostream-800 cold head. Rajamoni Jagan by email: SINGLE CRYSTAL X-RAY DIFFRACTION INSTRUMENTATION The single crystal and powder diffraction facility resides within the Center for Nanoscience, which opened in November 1996.įor more information please contact Dr. The Laboratory is equipped with state-of-the-art instrumentation and computational facilities for solid-state three-dimensional crystal and molecular structure determinations. The X-ray Diffraction Laboratory at UMSL supports crystallographic research conducted globally within numerous academic and industrial research groups. X-Ray Diffraction Facility X-ray crystal structure determination is an important technique for most inorganic and organic chemists.
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