Fig 1: Schematic view of beam line 6-2
Schematic view of beam line 6-2 coupled to the Xradia TXM. The source of the radiation is a 54-pole wiggler. The x-rays are first vertically collimated by a bent flat mirror (M0), they pass through a LN-cooled, double crystal monochromator, and are then focused onto a slit (S3) at 25 m by a toroidal mirror (M1). The full field microscope refocuses the beam formed at S3 with its Condenser lens (C) onto the sample and then magnifies this image onto a CCD with a micro zone plate (MZP).
Schematic view of beam line 6-2 coupled to the Xradia TXM. The source of the radiation is a 54-pole wiggler. The x-rays are first vertically collimated by a bent flat mirror (M0), they pass through a LN-cooled, double crystal monochromator, and are then focused onto a slit (S3) at 25 m by a toroidal mirror (M1). The full field microscope refocuses the beam formed at S3 with its Condenser lens (C) onto the sample and then magnifies this image onto a CCD with a micro zone plate (MZP).