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Electrical semiconductor characterization
Luminescence dating, research, dosimetry and more
Free radical measurements in life science and biomedical applications
Our benchtop MiniScope (MS 5000) ESR spectrometer is a research grade device with sensitivity and reliability for demanding...
The MS 6000 is a research device with high-end sensitivity for sophisticated applications in field of science & technology.
Industry standard for evaluating irradiation doses of alanine pellets and blisters
Nitric oxide measurement, reactive oxygen species, oxidative stress, Proteine structure & enzyme function
Antioxidative features of foodstuff, Food irradiation control, Flavour stability, Beer analysis
Analysis of chemical structure of paramagnetic centers and their orientation within a crystal
A variety of free radicals is formed through pollutants such as particulate matter, nanoparticles or others
Asphaltenes in crude oil, Thermooxidative breakdown of lubricants, Polymerization control
Quality control of pharmaceuticals and impurity profiling
Spin density, Kinetic measurements
ESRStudio is a dynamic and user friendly software for ESR measurements with some of the most modern and fluent workflow based...
Magnettech GmbH was founded in 1991 by the members of the department of "Centre for Construction of Scientific Devices"...
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ESRStudio offers an integrated simulation feature to validate experimental results efficiently.
The simulation option is fully integrated in ESRStudio
Measured & simulated data are fully compatible
Standard tools for handling, evaluation, and presentation are useable for simulated data as well
three levels: “isotropic”, “anisotropic” & “complex simulation (full spin Hamiltonian)”
each level adds more complexity
Comprehensive simulation package from beginner to expert in organized logical workflow for intuitive operation
Extensive context- sensitive information and many explanations for the user as usually only found in text books
Simulation is exceeding perturbation calculation by automatically integrating full diagonalization of spin hamiltonian
Quick simulation results: advanced users can choose any interaction between spin systems (calculation time depends on precision anticipated)
Isotopes are included in the simulations by default
The user can define specifically which isotopes are included and which ones are neglected
Artificial isotope enhancements can also be simulated in a comfortable way
The software also offers a precise simulation of line shape distortions, taking magnetic field modulation into account
All interaction parameters are stored in a secured data base
Fit of simulated EPR lines to experimental ones by interaction parameter variation
When precise calculations by Spin Hamiltonian diagonalization are involved, the user may decide whether details such as forbidden transitions are included