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- Bruker Introduces SampleXpress™, a New and Easy-to-Use Autosampler that Delivers Increased...
- Bruker Announces Order by Kennedy Krieger Institute for Ultra-High Field 11.7 Tesla Pre-Clinical...
- Bruker Announces Major Multi-Systems NMR Order from Vanderbilt University
- MRI Newsletter 05/2010
- Bruker Introduces New Ascend™ High Performance High-Field NMR Magnet Series
Upcoming EPR Events
- 52th Annual Rocky Mountain Conference on Analytical Chemistry
- Bruker BioSpin EPR Meeting at RMC
- HET Instrument
Xepr Data Acquisition
Powerful, Flexible and Easy to Use
Flexibility is key in modern research environments and Xepr supports researchers with a wide range of features to quickly and easily acquire the desired data. This flexibility is preserved across each microwave frequency band from L- to W-band and across the different spectrometer modes (CW, Pulse, and Imaging). Xepr implements a set of unique tools to facilitate routine data acquisition such as experiment control via ProDeL, the Assisted Standard Pulse Library, and Linked Experiments. All data in Xepr utilize the BES3T® format for data storage. A direct advantage of the BES3T® format is the ability to create an experiment from a saved data set reproducing all acquisition conditions, e.g. microwave power, field position, temperature, etc.
Continuous Wave EPR/ESR
The standard EPR experiment parameters are available to design 1D and 2D experiments:
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In addition, virtually all experiment parameters may be defined as an axis quantity allowing for quite complex 2D experiments. For example:
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Pulse EPR, ENDOR and ELDOR
Xepr imposes no limitations on experiment design allowing researchers to fully exploit the selectivity available in pulse EPR experiments. Available axis quantities include:
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EPR Imaging
With numerous parameters to control, EPR Imaging experiments can be daunting at first glance. Xepr lightens the burden by automatically calculating the necessary parameters need to achieve important image goals such as pixel resolution or field resolution. This feature spans the entire range of image experiments:
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