e-scan - Alanine Dosimetry System
Bruker manufactures a complete quality control dosimetry system that combines the e-scan™
alanine dosimeter reader with the BioMax™ Alanine Dosimeter Film. The e-scan is an easyto-use
benchtop EPR spectrometer that provides rapid, accurate dose measurement from either alanine film or pellet dosimeters. The bar coded BioMax Film not only provides Kodak™...
Bruker manufactures a complete quality control dosimetry system that combines the e-scan™
alanine dosimeter reader with the BioMax™ Alanine Dosimeter Film. The e-scan is an easyto-use
benchtop EPR spectrometer that provides rapid, accurate dose measurement from either alanine film or pellet dosimeters. The bar coded BioMax Film not only provides Kodak™ quality, but allows the automation of several routine functions. (i.e., sample/batch identification, sample position and measurement initiation.)
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Measuring Oxidative Resistance of Olive Oil using the Bruker e-scan Bench-top EPR Spectrometer
The oxidative rancidity of vegetable oil is a major problem in food related ndustries. It occurs during storage and is due to the oxidation of unsaturated fatty acids and the subsequent formation of foul odor and taste.
The oxidative rancidity of vegetable oil is a major problem in food related ndustries. It occurs during storage and is due to the oxidation of unsaturated fatty acids and the subsequent formation of foul odor and taste.
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Rapid Distance Determination by EPR
Pulse dipolar EPR spectroscopy is a powerful tool for the measurement of long distances (15-100 Å) between paramagnetic centers. Furthermore, information about the dynamics of the interacting spins is obtained from the distance distribution profiles.
Pulse dipolar EPR spectroscopy is a powerful tool for the measurement of long distances (15-100 Å) between paramagnetic centers. Furthermore, information about the dynamics of the interacting spins is obtained from the distance distribution profiles.
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e-scanE - The Ideal Solution for Teaching Electron Paramagnetic Resonance
Scientific breakthroughs don’t happen by accident. They
are the result of a driving quest for discovery, a thirst for
knowledge. The major technological advances we enjoy
today are rooted in the questions asked by those who
had the education and skills needed to find their answers.
As a company driven by innovation, Bruker recognizes
the importance of...
Scientific breakthroughs don’t happen by accident. They
are the result of a driving quest for discovery, a thirst for
knowledge. The major technological advances we enjoy
today are rooted in the questions asked by those who
had the education and skills needed to find their answers.
As a company driven by innovation, Bruker recognizes
the importance of a broad chemical education, and the
importance of not only exposing students to a broad
range of analytical techniques but also of teaching
students the role each plays in chemical analysis.
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Electron Paramagnetic Resonance - Solutions for Life Science and Analytical Research
Bruker BioSpin has pioneered the world’s
first commercial mm-wave 263 GHz
EPR spectrometer, ELEXSYS-II E780,
representing a first step for Bruker’s EPR
division into quasi-optical microwave
technology. It incorporates a unique
superconducting magnet that can be
ramped up to 12 T and is combined with
new probe technology for optimum
sensitivity, even...
Bruker BioSpin has pioneered the world’s
first commercial mm-wave 263 GHz
EPR spectrometer, ELEXSYS-II E780,
representing a first step for Bruker’s EPR
division into quasi-optical microwave
technology. It incorporates a unique
superconducting magnet that can be
ramped up to 12 T and is combined with
new probe technology for optimum
sensitivity, even on large samples up to
5 mm. Based on the well-proven Bruker
ELEXSYS concept it provides multiple
turn-key operation modes including,
CW-, Pulse-EPR, ENDOR and ELDOR,
thus enabling research groups for the first
time, to routinely use very high frequency
EPR technology.
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