120830_PHYWE nano family STM AFM

Nano imaging, characterization and manipulation with Scanning Probe Microscopy (SPM) PHYWE nano family 2 09600-99 Compact-Scanning Tunneling Microscope Function and Applications Easy to use scanning tunneling microscope to image conducting surfaces and to investigate effects and characteritics on atomic and molecular scale. A variety of experiments in the fields of Material Sciences, Solid State Physics/Chemistry, Nanotechnology and Quantum Mechanics can be performed. For example: micro- and nano morphology of surfaces, nano structures, imaging of atoms and molecules, conductivity, tunneling effect, charge density waves, single molecule contacts, and nanostructuring by self organisation (self assembled monolayers). 09700-99 Compact -Atomic Force Microscope Function and Applications Compact and easy to use atomic force microscope to visualize and image structures on the micro and nano meter scale. Developed for educational purposes in practical lab course and pre-research labs in physics, chemistry, life sciences and material sciences. Also suitable to determine material characteristics (e.g. stiffness, hardness, magnetization, charging, material and phase contrast) and for manipulation (e.g. lithography) and many more. PHYWE nano family software package 3 Completly revised design, using MS rippon menues (MS Office 2007ff) New features, e.g. complete history of imaging and analysis Optimized usability One software for both devices Integrated Camera Device UNIQUE: PHYWE languages (German, Russian, ) UNIQUE: integrated interactive Learning Packages / Animations Launch: Autumn 2012 Animation Operating software 4 Compact-STM - Accessories Compact-STM experimental guides 5 6 STM Gallery 1 Atoms 原子 Quantum mechanics量子力學(xué) Atomic Resolution on Graphite (HOPG), 6x6, 3x3 und 1,5x1,5 nm2, 1,2 nA, 35 mV Atoms and Charge Density Waves (CDW) on TaS2, 6x6 nm, 4 nA, 20 mV Multicomponent self-assembled molecular networks of TMA (red) and hexadecanol (yellow) molecules on HOPG, 130x130nm (left), 30x30nm (right), 0,3 nA, 0,9 V Self assembled molecular networks of acharin acid (red) on HOPG, 10x10nm, 0,6 nA, 1,3 V Molecules分子 7 STM Gallery 2 Nano morphology形態(tài) Nano particles分子 Bulk and single carbon nanotubes (CNT) on HOPG, 45x45nm and11x11nm, 0,6 nA, 1,3 V Ta foil, Gold films and 1 Euro Cent Piece (FLTR), 560x560nm TaS2, 350x350nm Compact-STM Interactive Learning Package 8 Interactive Learning Package STM: Working Principle Automatic approach incl. Tunneling effect Imaging Modes Spectroscopy 3D imaging How to use the compact STM Learning through playing Background informations Launch in Autumn 2012 as integrated part of the new software packages measure nano September 2012: Available as web-based version Atomic Force Microscope (AFM) - principle 9 Tip: Material: Silicon Length 5m Coating: uncoated, magnetic /metallic coating for adv. measuring modes Cantilever:Material: Silicon （懸臂） Lengt