atomic force microscope - Globe Thesis

Keyword [atomic force microscope] Result: 121 - 140 \| Page: 7 of 10
121.	Molecular Dynamics Simulation And Experiment Study On Wear Mechanisms Of Single Crystal Silicon Tip With AFM Tapping Mode
122.	Research On The Simulation And Optimization Of Peakforce Tapping Mode Atomic Force Microscope
123.	Design And Implementation Of Dynamic Atomic Force Microscope Simulation System
124.	Study On Energy Dissipation In Tapping Mode Atomic Force Microscopy
125.	Experimental Study On The Effect Of Humidity On Scanning Phase
126.	Study On Microstructure Of Asphalt Binder Of Hot Mix Plant Recycling
127.	Research On Motion Control Of Atomic Force Microscope Based On Self-Tuning Fractional Order PI~?D~?
128.	Study On Low-temperature Performance Of Direct Coal Liquefaction Residue Modified Asphalt
129.	Study On Anti-aging Performance And Mechanism Of Warm Mix Rubber Asphalt Under The Action Of Heat Oxygen Water
130.	Research On Rheological And Microscopic Characteristics Of Warm-mixed Rubber Powder Modified Asphalt Under Aging Conditions
131.	The Anisotropy Of Two Dimensional Transition Metal Sulfide Friction And Critical Shear Stress
132.	Synthesis And Electrochemical Performance Of Nanocarbon-based Composite Lithium-sulfur Battery Electrode
133.	Research Of The Atomic Force Microscope System Based On Tuning Fork Probe
134.	Study On The Dynamic Behavior Of Atomic Force Microscopy In Tapping Mode
135.	Research On Key Technologies Of High-speed Multiparametric Atomic Force Microscope Imaging
136.	Development And Experimental Study Of In-situ AFM Control System In High Vacuum Environment
137.	Structural Optimization And Processing Research Of Quartz Tuning Fork For Atomic Force Microscope
138.	Design of an atomic force microscope and completion of the MAPS (Multi-Scale Alignment and Positioning System) stage
139.	Three-dimensional measurement of atomic force microscope cantilever deformation to determine the three-dimensional applied force vector
140.	Quantitative imaging of subsurface structures and mechanical properties at nanoscale using atomic force microscope
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