Powder diffractometer

XRD-BTX functions and applications Applications: Innov-X BTX is widely used in: Geology and Mineral Resources, petrochemical, pharmaceutical, materials, cement, archaeological, environmental, forensic, customs inspection. Where: geology and mineral resources - clay, montmorillonite, asbestos and other mineral and crystalline phase measurement. Petrochemical - catalyst characterization, pigments and other crystalline form. Medicine - Drugs qualitative analysis of raw materials, raw crystals, polymorphic measured intermediate crystalline measured and applied for patent, qualitative analysis of dental materials such as apatite, counterfeit identification. Material - Qualitative analysis of single-crystal silicon crystal shape measurement, battery materials and crystalline phases, crystalline carbon material, magnetic phase, glass phase and crystalline materials, polymer fiber orientation, corrosion of electrical contacts and attachments, construction Qualitative and quantitative analysis of asbestos materials, cement clinker qualitative and quantitative analysis, qualitative analysis glass material. Environment - the operating environment of asbestos qualitative and quantitative analysis, qualitative analysis of dust and dust and the like. Main functions: phase qualitative analysis; quantitative phase analysis; crystal structure analysis; stress analysis; elements (XRF) qualitative analysis. Advantages BTX 1) Sample preparation is simple Typically, XRD test requires the sample is then ground to a fine powder compression molding, because of the sample diffraction experiment requires sufficient randomly oriented crystallites. BTX introduces patented technology to solve this problem. This usually only 15 mg of sample, BTX the sample produce complex oscillatory motion of the sample chamber. Thus, BTX can make an infinite number of samples presented in the X-ray crystal orientation. This leads to high-quality X-ray diffraction spectra, basically put an end to the crystal diffraction experiment preferred orientation frequently encountered problems. 2) XRD and XRF technique uses a specially developed integrated diffraction signal and the fluorescence signal is directly inspired CCD, BTX can accept X-rays. This is due to the special position and the CCD can simultaneously detect photon energy photons. 200ev (5.9Kev) energy resolution makes BTX doing XRF analysis as browsing spectrum as real-time display and simple. 3) The wireless connection BTX on its own system, the user via a wireless connection to use the operating system (802.11b / g). This unique mode of operation greatly improved device control and data processing flexibility and simultaneous multi-user ease of operation. Company Website http://www.radiacence.com/