FE-SEM with EDX
High-resolution imaging of surface morphology and topography at the nanoscale, with elemental composition from EDX in a single experiment.
Sixteen techniques from the published rate table. Filter by group, then open a technique for sample rules, the rate, and its proforma.
High-resolution imaging of surface morphology and topography at the nanoscale, with elemental composition from EDX in a single experiment.
Measures elemental composition and chemical states in the top 1–10 nm, revealing oxidation states, surface chemistry and bonding.
Determines the specific surface area of porous materials from nitrogen gas adsorption at cryogenic temperature.
Identifies crystalline structure, phase composition and crystallite size from a diffraction pattern unique to each material.
Tracks mass change with temperature or time to assess thermal stability, decomposition behaviour and moisture content.
Detects melting, crystallization, glass transitions and curing from the heat-flow difference between sample and reference.
Identifies chemical bonds and functional groups from infrared absorption, giving a molecular signature and a check on purity.
Measures UV and visible absorption or transmission to quantify analytes and study electronic transitions and bandgaps.
A UV-Vis method for opaque or light-scattering solids such as powders, giving absorption properties and the optical bandgap.
A non-destructive optical probe of electronic structure and crystalline quality. Currently in the installation phase.
Applies a small AC signal over a wide frequency range to reveal internal resistance, capacitance and charge-transfer kinetics.
Cycles electrode potential while measuring current to study redox reactions, reaction kinetics and electrochemical properties.
Measures how current varies with applied voltage to evaluate conductivity, resistance and device performance.
Separates volatile compounds by gas chromatography and identifies them by mass spectrometry, including trace organic components.
Measures the surface charge of particles in suspension to judge dispersion stability and tendency to aggregate.
Measures flow and deformation under stress or strain: viscosity, elasticity and viscoelastic behaviour.
No technique matches that filter.
Download the proforma for your technique and send it with the sample, or contact the facility desk.