The technology comprises an advanced battery management system (BMS) with tailored hardware-software capabilities for efficient monitoring, security, encryption and predictive maintenance of battery systems.
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The technology is based on constructive modifications of electrical conductors by means of conductive layers with structured surfaces for absorptive low-pass filter applications.
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The technology is based on constructive modifications of electrical conductors, in which the conductor structure is adapted for selective damping of common-mode currents.
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The presented simulation-based time-domain reflectometry (TDR) methods enable a significantly more precise, iterative analysis of electrical transmission lines and other conductor-like structures by systematically factoring out multiple reflections and frequency-dependent dispersivity.
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The novel technology provides solutions for storing electrical energy insulation and shielding components in combination with structural and building applications.
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The technology comprises a computer-controlled system and algorithms for guided sectioning and optimal extraction of the region of interest from a sample material.
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The ADSYNX technology provides a fast and adaptive method for the synchronization of different signals (skew compensation) for any electrical or optical system up to the GHz regime.
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Tissue engineering has advanced over the last two decades and has the potential to replace traditional cell-based assays. Today, preclinical drug or toxin screening still relies on cell culture with poor predictive power. Scientists at the University of Göttingen have developed a new device for automated and reliable tissue engineering and drug testing.
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The method presented here provides a universal, selective, fast and efficient method for the identification of gaseous molecules based on cavity-enhanced Raman spectroscopy (CERS) at reduced pressure.
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Corrosion and iron clogging are commonly known problems in hydraulic systems. These phenomena are potentially causing great damage to the system or have negative impact on system performance. Scientists at the Leuphana University of Lüneburg developed a novel method to predict iron clogging in water and hydraulic systems.
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Every medication error is one too many.
