Anfatec Instruments AG Measurement Science and Technology & Scanning Probe Microscopy Copyright / Impressum

	Sample: 30 nm gold clusters on a Au(111)-surface Scan range: 2 µm x 2 µm Height scale: 35 nm Tip: DP15/HiRes/AlBS (MikroMasch) Sample courtesy: Mr. Plutowski, University of Karlsruhe
	Sample: Porous alumina Image range: 3 µm x 3 µm Height scale: 940 nm Mode: dynamic non-contact Tip: DP15/STING/AlBS Sample courtesy: MPI Halle
	Sample: Atomic steps on a mica surface Scan range: 5 µm x 5 µm Height scale: 2.5 nm Tip: NSC15/AlBS Sample courtesy: TU Chemnitz
	Sample: UMG01  Scan range : 500 nm x 500 nm Height scale: 5nm  Mode: dynamic non-contact Tip: NSC12/C Sample courtesy: Anfatec The linear arranged pollutions, which can always be found in the middle of the upraised area, are typical for the grating UMG01. As shown in the picture, they consist of  single, diffuse arranged dots.
	Sample: 75 nm Alqb on silicon Scan range: 3 µm x 3 µm Height scale: 47 nm Mode: dynamic non-contact Tip: NSC15 Sample courtesy: TU Braunschweig
	Sample: Printable polymer layer before etching Image range: 3 µm x 3 µm Height scale: 147 nm Mode: dynamic non-contact Tip: NSC15 Sample courtesy: TU Chemnitz
	Sample: ITO on silicon Scan range: 1 µm x 1 µm Height scale: 26.4 nm Mode: dynamic non-contact with 100 mV drive Tip: NSC15/HiRes/AlBS Sample courtesy: Anfatec
	Sample: Printed metal dot on silicon  Scan range : 1 µm x 1 µm Height scale: 77 nm  Mode: dynamic non-contact Tip: NSC15 Sample courtesy:  University of Duisburg-Essen
	Sample: Test of e-beam lithography on an Au-layer Scan range: 2 µm x 2 µm Height scale: 4 nm Mode: dynamic non-contact Tip: NSC15/STING Sample courtesy: TU Chemnitz
	Sample: Etched pitch in a dopant pattern Scan range : 1 µm x 1 µm Height scale: 347 nm  Mode: dynamic non-contact Tip: NSC15/STING Sample courtesy:  TU Chemnitz
	Sample: 20 nm thermical oxide on n-Si(100) Kelvin-potential  image Mode: dynamic mode with electrical excitation and Kelvin Feedback Sample courtesy: TU Chemnitz, Carsten Mädler (AG H. Graaf) The structures were created by applying voltage pulses.