A Modern, Turnkey, Nanomechanical system consists of Instrumentation and practicum based curriculum.
Helps to build strong base of nanoscale knowledge and understanding of the interplay between Nano and macroscale properties
Capacitive transducer technology provides systematic access to reliable mechanical property measurements at nanoscale
in-situ—SPM enables precise test positioning and observation of post-test deformation behaviour within ± 10 nm
Provides 3D topographical mapping at nanoscale in real time
The software is built for users with little to no familiarity to Nanoindentation and nanoscale property measurement.
In-depth Curriculum acquaints the user with world of nanotechnology, which includes
Five practicum modules
Background information
Laboratory exercises
Will provide strong foundations in nanomechanical science
The NanoGuru nanomechanical indentation instrument most notably features capacitive transducer technology, which provides a systematic access to reliable mechanical property measurements at the nanoscale.
The in-situ imaging technology provides 3D topographical mapping at the nanoscale.
Allowing students to observe the nanoscale world in real time.
It enables precise test positioning and observation of post-test deformation behavior to ± 10 nm.
Properties of materials are defined by its nanoscale structure, so nanoscale structure and its influence on the properties must be understood for engineering better materials to prevent product failure.
The NanoGuru is the perfect tool to gain hands on experience with real life materials by providing necessary information to investigate nanostructure- property correlation through powerful nanoindentation technique.
Guides user through.
Background of nanoindentation
Physical nanoindentation process
Analysis of collected nanoindentation data
Extract material properties
Will enhance experimental thought process and testing skills
Will enhance the ability to extrapolate useful and viable information from measured data, A necessary skill for any engineering graduate.
The NanoGuru is one solution providing industry and academia with the platform to drive Innovation, Application, Products and Market for Nanotechnology.
The NanoGuru encompasses an in-depth curriculum which acquaints the instrument user with the world of nanotechnology. The curriculum includes practicums, background information, and laboratory exercises.
Focus : Nanoscale force,displacement and stiffness measurements,SPM imaging, resolution,noise floor,accuracy,repeatability
Theory : Hooke's Law,Measurement principles, optical microscopy, SPM
Focus : Depth sensing nanoindention
Theory :Strength of materials, contact mechanics, hardness and modulus
Samples : Fused Quartz, Al, Polycarbonate
Focus : Modulus dependence on crystal orientation, anisotropy
Theory : Atomic bonding strengths,atomic packing factor, interatomic spacing
Samples : Al and Si -(100)(111)(101)
Focus : Deformation mechanisms,scale dependence,understanding localized properties/measurements
Theory : Crystal structure versus microstructure, defect density, basic processing
Samples : Cu, Steel(1018,1024)
Focus : Protective coatings,composites
Theory : Stress field interaction, interfaces
Samples : Al onSi,Au on Sapphire,TiN coatings on steel/glass
Focus : Time dependent mechanical properties
Theory : Viscoelasticity and creep
Samples : PMMA, In
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