ak-mandel

Browse all posts in the ak-mandel category.

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20MAR 2024
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Servus Basti
Sebastian Kolb completed his Master of Science degree in Chemistry at the Friedrich-Alexander-University Erlangen-Nürnberg in 2024. During his Master’s studies in the group of Prof. Mandel he focused on structure formation and energy transfer studies in supraparticles composed of dye-doped silica nanoparticles. Continuing with his research in the Supraparticle Group he started his PhD thesis […]Sebastian Kolb completed his Master of Science degree in Chemistry at the Friedrich-Alexander-University Erlangen-Nürnberg in 2024. During his Master’s studies in the group of Prof. Mandel he focused on structure formation and energy transfer studies in supraparticles composed of dye-doped silica nanoparticles. Continuing with his research in the Supraparticle Group he started his PhD thesis […]
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06MAR 2024
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Prof. Dr. Karl Mandel appointed as Vice Director of the Fraunhofer ISC Würzburg
Prof. Dr. Karl Mandel has been appointed as Vice Director of the Fraunhofer Institute for Silicate Research ISC Würzburg. Find out more, here.
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23FEB 2024
ak-mandel
New article accepted
Measuring the exact thermal history from the inside of materials undergoing high temperature events is almost impossible. In our latest article, just accepted in Advanced Functional Materials, we present integrable magnetic supraparticles as particulate additives that are capable of recording elapsed temperature events with customizable working range up to 1000 °C and contactless spectral magnetic […]Measuring the exact thermal history from the inside of materials undergoing high temperature events is almost impossible. In our latest article, just accepted in Advanced Functional Materials, we present integrable magnetic supraparticles as particulate additives that are capable of recording elapsed temperature events with customizable working range up to 1000 °C and contactless spectral magnetic […]
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17FEB 2024
ak-mandel
New article accepted
Asya Drenkova-Tuhtan and her team with an in-depth analysis on our phosphate adsorber / water purification materials. Drenkova-Tuhtan A., Sihtmäe M., Uke K., Vija H., Oppmann M., Prieschl J., Mandel K., Kahru A. Assessing the ecotoxicity of various metal oxide/ hydroxide nanocomposites for phosphorus adsorption and recovery from wastewater using naturally bioluminescent bacteria Vibrio […]
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01FEB 2024
ak-mandel
New article accepted
The confined space within micrometer-sized, multi-hierarchical hybrid organic-inorganic supraparticles provides an attractive microenvironment to achieve functional material properties via the synergistic interplay of nanoparticles and molecules. We just got an article accepted, in which we demonstrate that the programmable, temperature-induced modulation of the microenvironment of coumarin dyes within multi-hierarchical supraparticles yields versatile, eye-readable, customizable luminescent […]The confined space within micrometer-sized, multi-hierarchical hybrid organic-inorganic supraparticles provides an attractive microenvironment to achieve functional material properties via the synergistic interplay of nanoparticles and molecules. We just got an article accepted, in which we demonstrate that the programmable, temperature-induced modulation of the microenvironment of coumarin dyes within multi-hierarchical supraparticles yields versatile, eye-readable, customizable luminescent […]
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30JAN 2024
ak-mandel
New article accepted
Particulate matter or fine dust is the cause of various life-threatening diseases. Our latest article, just accepted in ACS Applied Materials & Interfaces, describes how nature inspired our design for a regenerative find-dust-catching coating to improve air quality. Zimmermann T., Deues M., Garbe T., Löbmann P., Mandel K., Wintzheimer S. Nature-Inspired Regenerative Fine-Dust-Catching Coatings […]Particulate matter or fine dust is the cause of various life-threatening diseases. Our latest article, just accepted in ACS Applied Materials & Interfaces, describes how nature inspired our design for a regenerative find-dust-catching coating to improve air quality. Zimmermann T., Deues M., Garbe T., Löbmann P., Mandel K., Wintzheimer S. Nature-Inspired Regenerative Fine-Dust-Catching Coatings […]
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