Gravity Series In-Situ Holders(Nano Indentation&Biasing)
- Product composition
- Unique Advantages
- Functional Parameters
a.Gravity Series In-Situ Holders（Nano Indentation&Biasing) b.MEMS Nano Mechanics Biasing Chip c.Nano Indentation&Voltage&Biasing Measurement Control Software d.Voltage Controller e.Nano Probe Controller f.Probe Preparation System g.Accessory Package
Nanoprobe manipulation system
·1．High precision piezoelectric ceramic drive, nanometer level precision digital accurate positioning.
·2．Individual nanostructures can be manipulated and electrically measured. Excellent electrical properties ·1．The protective coating on the surface of the chip ensures low noise and accuracy in electrical measurements, and the current measurement accuracy can reach pA level. ·2．MEMS microfabrication has a special design, where electric field and mechanical loading are carried out simultaneously and independently controlled. Intelligent software
·1. Man-machine separation, software remote control of nanoprobe movement.
·2. Automatic measurement of load-displacement data.
Category Index Numerical value Basic parameters Shaft material High strength titanium alloy Mode of control High precision piezoelectric ceramics Tilt Max α≥±20°，The Angle depends on the type of pole piece Applicable TEM brand Thermo Fisher/FEI, JEOL, Hitachi Applicable pole piece types ST, XT, T, BioT, HRP, HTP, CRP (HR)TEM/STEM Available (HR)EDS/EELS/SAED Available
Strength and plasticity are the key characteristics of structural materials during the elastic deformation of Tungsten nanocrystals.Dislocation plays an important role in regulating the strength and plasticity of materials，In general，the more difficult the dislocation slip，the stronger the material The second phase is often used to hinder the dislocation motion to improve the strength of the material. For exampleCeramic phases can be used to strengthen metals because of the large difference in elastic modulus between the matrix and the second phase and the seve re interface mismatch.Unfortunately，the stiffer second phase generally achieves i ts reinforcement at the expense of ductility.In addition，severe dislocation plugging at the interface can lead to localized stress concentrations that can lead to sudde n material failure during service。In essence，it is imperative that the second phase impedes the movement of the dislocation and is compatible with the plasticity of dislocation slip.Through in-situ mechanical test，it can be more convenient to study the changes of the strain field of the material interface so as to achieve the pur pose of the strength and plasticity of the material.