IX - X |
Preface Fuchs H |
135 - 140 |
Nanostructures in Industrial Materials Reihs K |
141 - 147 |
The Influence of Experimental Parameters on Contrast Formation in Magnetic Force Microscopy Krause F, Kaisinger F, Starke H, Persch G, Hartmann U |
148 - 152 |
AFM and TEM Investigations of Polypropylene/Polyurethane Blends Reifer D, Windeit R, Kumpf RJ, Karbach A, Fuchs H |
153 - 158 |
Application of Atomic-Force Microscopy for Microindentation Testing Petzold M, Landgraf J, Futing M, Olaf JM |
159 - 164 |
Characterization of a Cantilever with an Integrated Deflection Sensor Linnemann R, Gotszalk T, Hadjiiski L, Rangelow IW |
165 - 168 |
The Atomic-Force Microscope as a Near-Field Probe for Ultrasound Rabe U, Dvorak M, Arnold W |
169 - 171 |
Application of the Needle Sensor for Microstructure Measurements and Atomic-Force Microscopy Grunewald U, Bartzke K, Antrack T |
172 - 175 |
1 MHz Quartz Length Extension Resonator as a Probe for Scanning Near-Field Acoustic Microscopy Michels A, Meinen F, Murdfield T, Gohde W, Fischer UC, Beckmann E, Fuchs H |
176 - 183 |
Force Microscopic Investigation of Human Teeth in Liquids Sollbohmer O, May KP, Anders M |
184 - 193 |
Membrane Characterization by Means of Pneumatic Scanning Force Microscopy Kamusewitz H, Keller M, Paul D |
194 - 204 |
Organic Film Formation Investigated by Atomic-Force Microscopy on the Nanometer-Scale Gesang T, Hoper R, Dieckhoff S, Schlett V, Possart W, Hennemann OD |
205 - 211 |
AFM for the Imaging of Large and Steep Submicroscopic Features, Artifacts and Scraping with Asymmetric Cantilever Tips Kaupp G, Schmeyers J, Pogodda U, Haak M, Marquardt T, Plagmann M |
212 - 216 |
Lattice-Resolution AFM on the Layered Dichalcogenide WSe2 in the Sliding Regime Schimmel T, Kuppers J, Luxsteiner M |
217 - 222 |
An Ultra-High-Resolution Control Unit for a Scanning Tunneling Microscope Heuell P, Cuzdi S, Kulakov MA, Bullemer B |
223 - 225 |
Thermovoltages in Vacuum Tunneling Investigated by Scanning-Tunneling-Microscopy Hoffmann DH, Rettenberger A, Grand JY, Lauger K, Leiderer P, Dransfeld K, Moller R |
226 - 229 |
Probing of Oscillating Surfaces by a Scanning Acoustic Tunneling Microscope Hesjedal T, Chilla E, Frohlich HJ |
230 - 235 |
Kinetic Processes in Metal Epitaxy Studied with Variable-Temperature STM - Ag/Pt(111) Brune H, Roder H, Bromann K, Kern K |
236 - 239 |
Scanning-Tunneling-Microscopy on Quenched Si(111) Surfaces Teufel L, Heuell P, Kulakov MA, Bullemer B |
240 - 245 |
Adsorption of Self-Assembled Monolayers of Mercaptan on Gold Rohwerder M, Deweldige K, Vago E, Viefhaus H, Stratmann M |
246 - 249 |
Structure and Dynamics of 2-Dimensional Adlayers of a 2-Pyridone Smectogen Studied by STM Heinz R, Rabe JP, Meister WV, Hoffmann S |
250 - 254 |
Near-Field Optics - Light for the World of Nano-Scale Science Pohl DW |
255 - 258 |
Optical Near-Field Characterization of Submicron Structured Silicon Films Bruckl H, Pagnia H, Sotnik N, Wilbertz C |
259 - 263 |
Patterning of an Electron-Beam Resist with a Scanning Tunneling Microscope Operating in Air Kragler K, Gunther E, Leuschner R, Falk G, Vonseggern H, Saemannischenko G |
264 - 267 |
Scanning Near-Field Optical Lithography Wegscheider S, Kirsch A, Mlynek J, Krausch G |
268 - 272 |
Modification of Thin Gold-Films with a Scanning Force Microscope Schumacher HW, Kracke B, Damaschke B |
273 - 276 |
Calculation of STM Profiles for Nanometrology Sbosny H, Koenders L, Hietschold M |
277 - 281 |
Normalized Differential Conductivity and Surface-Density of States in Simulated Tunneling Spectroscopy Zhang Z, Bullemer B |
282 - 290 |
Multivariate Estimation of the Systematic-Error of Scanning Probe Microscopes Rothe H |
291 - 297 |
Application of Neural Networks to a Scanning Probe Microscopy System Hadjiiski L, Linnemann R, Stopka M, Oesterschulze E, Rangelow I, Kassing R |