EPR spectrometer

EMXmicro

EMXmicro representing the new generation digital brook the CW - EPR spectrometer.This highly integrated digital spectrometer, have the field controller and the signal processor, can provide researchers with unparalleled resolution and accuracy.

Smaller size

Performance is stronger

Bright spot

Bright spot

EMXmicro, brooke launched a compact continuous wave spectrometer (the CW - EPR), its area as small as desktop computers, and the magnetic field and improve the performance of the EPR signal resolution.

EMXmicro representing the new generation digital brook the CW - EPR spectrometer.This highly integrated digital spectrometer, have the field controller and the signal processor, can provide researchers with unparalleled resolution and accuracy.As a miniature spectrometer, EMXmicro will these equipment and an optional temperature controller integrated in desktop computers the size of the instrument, so as to save more space for laboratory.

EMXmicro represents the unparalleled performance and volume.The spectrometer electronic devices, including an optional variable temperature unit (ER4141VT), has been packed in a desktop console, as a small area and desktop computers.In area reduction at the same time, the spectrum performance on the magnetic field and the signal resolution have increased substantially.

The characteristics of

The technical details

  • 18 resolution center field, corresponding to the accuracy of less than 60 mG
  • 18 signal digital resolution
  • The scanning axis point up to 128000
  • Completely free magnetic field scanning, from 100 mG until the maximum field strength
  • Independent of the conversion time, only through a gain setting time can be strong signal and weak signal detection
  • Sequential detection time and the second harmonic (or 0 ° and 90 ° phase modulation)
  • Sensitivity up to 1200:1 (international weak coal agreement)
  • Easy to upgrade toMore from the l-band to Q band frequency the CW EPR
  • A variety of accessories and special cavity
  • Professional instrument

application

Application scenarios

Epr - chemistry - banner

Electron paramagnetic resonance (EPR) technology applied in the field of chemical industry

Using electron paramagnetic resonance (EPR) analysis involved in chemical process, organic and inorganic metal center free radicals, we can study the chemical of the branches, such as: coordination chemistry, metal organic compounds, electrochemical, REDOX process, involving the dynamics of free radical intermediates, photochemical and catalysis.
EPR in material science

Electron paramagnetic resonance (EPR) technique in the application of the material science and physics

In physics and material science field there are many practical application scenario.Electron paramagnetic resonance (EPR) can study of polymer synthesis and degradation, coating, testing the performance of photovoltaic, semiconductor, battery, and the purity of carbon nanotubes and stability.In addition, we also can make use of the EPR for the transition metals, rare earth and actinide ion complexing environment information.
EPR in Life Science

Electron paramagnetic resonance (EPR) technology in the application in the field of life science

Electron paramagnetic resonance (EPR) is a powerful tool for life science field.EPR can explore enzyme, membrane proteins and RNA/DNA structure, function and reaction mechanism, and applies it to the characterization of DNP agents/screening.Using spin labeling of biological macromolecules, we can research the structure and dynamics features.EPR detection and quantitative active oxygen and nitrogen species (ROS)/RNS), including nitric oxide.
Distribution

Electron paramagnetic resonance (EPR) technique used in the pharmaceutical field

Electron paramagnetic resonance (EPR) is a powerful tools in the field of pharmaceutical analysis each: detection and assessment of degradation, stability and shelf life, reaction monitoring, sterilization process analysis and magnetic impurities and so on.
EPR in Industry

Electron paramagnetic resonance (EPR) technique in the field of industrial applications

In the industrial environment, we can use electron paramagnetic resonance (EPR) analyzing various properties of products: food and beverage oxidation stability and oxidation resistance, radiation dose, for sure, for the product after irradiation, polymer analysis to determine failure rate, and the diamond quality.

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PhD students at the university of konstanz Sabrina Weickert EPR
What is the EPR?
Konstanz professor of chemistry at the university of Malte Drescher EPR

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Brooke promises to provide clients with unparalleled throughout the buying cycle, from the initial consultation to the evaluation, installation, and service life of the instrument, it is LabScape always adhere to the service concept.

LabScape Maintenance agreement (Maintenance Agreements), the optional services (On - site On - Demand) and laboratory improvement plan (Enhance Your Lab) modern Lab is dedicated to provide you with a new method of Maintenance and service.

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