Galvanic System with Increased Output Voltage
Enhancement of the output voltage of galvanic cell above thermodynamic value: How to get 3 V from 1.5 V accumulator.
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Have a look at the offer of technologies from the Masaryk University laboratories. We are looking for commercial partners to cooperate on further development or licensing of the following projects.
Enhancement of the output voltage of galvanic cell above thermodynamic value: How to get 3 V from 1.5 V accumulator.
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Unique carriers with programmable properties for use in the pharmaceutical, food, agricultural and cosmetic industries.
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Special nanostructural carriers with programmable properties for use in the pharmaceutical and food industry, agriculture, or cosmetics.
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For the treatment of leukemias, lymphomas, and solid tumors.
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An advanced oxidation technology that efficiently removes micropollutants from water.
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A method that reduces the time needed for sample optimization, and microscope time needed for data collection.
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Technology that allows adjustment of mechanical parameters of a trapeze and parallel bars to the same values across different sports venues.
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Detection of individual nanoparticle tags for bioimaging and immunoassay applications.
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An innovative method of preparing graphene "paper" with a thickness of less than 100 µm, made from plasma-reduced graphene oxide.
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The pocket analyzer can detect diseases in which the body produces specific antibodies.
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Novel luciferase provides ultrasensitive and stable bioluminescent signals for a wide range of laboratory applications and bioassays.
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A statistical model for prediction of VNS efficacy based on analysis of routine EEG records.
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Polygraf Online system serves to ensure accessible communication for persons with hearing and visual impairment during face-to-face and online lectures
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