Blackbody radiation sources (all aspects of computer modeling of effective emissivities and radiance temperatures, steady-state and transient temperature fields, radiation transfer from a cavity to a detector, etc.)
Monte Carlo modeling of effective absorptivity and distribution of absorbed flux for cavity detectors of optical radiation
Calculation of non-equivalence between electrical and optical heating, steady-state and transient temperatures fields, uncertainty components and budget for absolute radiometers
Calculation of parameters and optimization of filter radiometers
BRDF modeling and fitting
Computer simulation of reflectometric and goniophotometric measurements
Ray tracing Monte Carlo modeling of integrating spheres for various purposes (flux measurement, diffuse attenuators, reflectometric devices, uniform sources, etc.)
Computer simulation of LED parameters measurement
Diffraction correction for radiometric measurements
Calculation of steady-state and transient temperature fields for radiometric and thermometric devices considering conductive, convective, and radiative heat transfer
Computer modeling and evaluation and propagation of uncertainties for radiometric, thermometric, and photometric measurements according to the GUM and/or Supplement 1 to the GUM (Monte Carlo approach)
Opticalal properties of materials
Measurement data processing and visualisation
Inverse and ill-posed problems; signals and image recovering
Local and global multidimensional optimization; fitting model's parameters to experimental data
If you need to decide which radiometric equipment is suitable for your project
If you'd like to find a way to amend metrological characteristics of your radiometric system
If you need assistance in your data processing and visualization
If you wish to evaluate the uncertainties of your measurements
Even if your problem looks too sophisticated to be resolved whatever, we probably know how to solve it.