120830_PHYWE nano family STM AFM -- 0.5 元

Nanoimaging,characterizationandmanipulationwithScanningProbeMicroscopySPMPHYWEnanofamily20960099CompactScanningTunnelingMicroscopeFunctionandApplicationsEasytousescanningtunnelingmicroscopetoimageconductingsurfacesandtoinvestigateeffectsandcharacteriticsonatomicandmolecularscale.AvarietyofexperimentsinthefieldsofMaterialSciences,SolidStatePhysics/Chemistry,NanotechnologyandQuantumMechanicscanbeperformed.Forexamplemicroandnanomorphologyofsurfaces,nanostructures,imagingofatomsandmolecules,conductivity,tunnelingeffect,chargedensitywaves,singlemoleculecontacts,andnanostructuringbyselforganisationselfassembledmonolayers.0970099CompactAtomicForceMicroscopeFunctionandApplicationsCompactandeasytouseatomicforcemicroscopetovisualizeandimagestructuresonthemicroandnanometerscale.Developedforeducationalpurposesinpracticallabcourseandpreresearchlabsinphysics,chemistry,lifesciencesandmaterialsciences.Alsosuitabletodeterminematerialcharacteristicse.g.stiffness,hardness,magnetization,charging,materialandphasecontrastandformanipulatione.g.lithographyandmanymore.PHYWEnanofamily–softwarepackage3Completlyreviseddesign,usingMSripponmenuesMSOffice2007ffNewfeatures,e.g.completehistoryofimagingandanalysisOptimizedusabilityOnesoftwareforbothdevicesIntegratedCameraDeviceUNIQUEPHYWElanguagesGerman,Russian,UNIQUEintegratedinteractiveLearningPackages/AnimationsLaunchAutumn2012AnimationOperatingsoftware4CompactSTMAccessoriesCompactSTM–experimentalguides56STM–Gallery1Atoms原子Quantummechanics量子力学AtomicResolutiononGraphiteHOPG,6x6,3x3und1,5x1,5nm2,1,2nA,35mVAtomsandChargeDensityWavesCDWonTaS2,6x6nm²,4nA,20mVMulticomponentselfassembledmolecularnetworksofTMAredandhexadecanolyellowmoleculesonHOPG,130x130nm²left,30x30nm²right,0,3nA,0,9VSelfassembledmolecularnetworksofacharinacidredonHOPG,10x10nm²,0,6nA,1,3VMolecules分子7STM–Gallery2Nanomorphology形态Nanoparticles分子BulkandsinglecarbonnanotubesCNTonHOPG,45x45nm²and11x11nm²,0,6nA,1,3VTafoil,Goldfilmsand1EuroCentPieceFLTR,560x560nm²TaS2,350x350nm²CompactSTM–InteractiveLearningPackage8InteractiveLearningPackageSTMWorkingPrincipleAutomaticapproachincl.TunnelingeffectImagingModesSpectroscopy3DimagingHowtousethecompactSTM–LearningthroughplayingBackgroundinformationsLaunchinAutumn2012asintegratedpartofthenewsoftwarepackagesmeasurenanoSeptember2012Availableaswebbasedversionphywe.comAtomicForceMicroscopeAFMprinciple9TipMaterialSiliconLength5µmCoatinguncoated,magnetic/metalliccoatingforadv.measuringmodesCantileverMaterialSilicon（悬臂）Length/Width250/20µmCoatingAluminiumcoatingforlaserreflectionSpringconstant0.2–50N/m,dependsonmeasuringmodeResonancefrequency10–300kHz