Used BRUKER-AXS AXS D8 Discover #9409706 for sale

Manufacturer
BRUKER-AXS
Model
AXS D8 Discover
ID: 9409706
Vintage: 2007
X-Ray diffraction system Radioactivity source: Cu 0.4 x 12 mm, 3 kW Goniometer 4-Crystal manometer GE044 Symmetry UBC Collimator: Φ 0.3, Φ 1.0, 33 mm HUBER Eulerian cradle Vacuum chuck stage, 5" 4-Magnet stage, 2" Scintillation counter detector Path finder: 3-Bounce Step up transformer Water cooling system: Water to chiller PC Desktop Manuals included Data processing system: TFT Liquid crystal display, 17" CPU: Pentium 3.0 GHz Main memory: 512 MB Hard Disk Drive (HDD): 80 GB Operating system: Windows XP A4 Color printer Drive: Floppy Disk Drive (FDD) CD Drive DVD-RW 2007 vintage.
BRUKER-AXS AXS D8 Discover is an X-ray diffraction system designed to make high-throughput X-ray measurements. It is a multi-application system that is mainly used to analyze various materials such as polymers films, pharmaceutical tablets, ceramic oxides, and proteins. The instrument consists of a number of components including an X-ray source, sample holder, crystal monochromator, and detector. The X-ray source is a high-frequency generator that produces X-ray radiation. It is comprised of a tungsten anode, which emits X-rays when excited by a high-voltage current. The X-ray radiation is then passed through a collimating unit that focuses the beam onto the sample holder. The holder can support various types of samples, depending on the application. After passing through the sample holder, the X-ray radiation is collimated again by a second collimator before being directed to a crystal monochromator. The monochromator filters the X-ray radiation, selecting the desired wavelength. The filtered radiation is then detected by a scintillation detector, which converts it into an electrical signal which is then processed by BRUKER-AXS D8 DISCOVER system. AXS D 8 DISCOVER can be used to measure a variety of properties, including the crystallographic composition and structure of a material, as well as its susceptibility to compression, fatigue, and friction. It is a powerful instrument that is used in a variety of research areas including material science, physics, chemistry, and life science.
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