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Bernd Meyer ist neuer Ortsvorsteher in Eckartsborn

Bernd Meyer ist neuer Ortsvorsteher in Eckartsborn
kreis-anzeiger.de - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from kreis-anzeiger.de Daily Mail and Mail on Sunday newspapers.

Fintech-News: Private-Equity-Investor übernimmt Mehrheit bei iBanFirst

Fintech-News: Private-Equity-Investor übernimmt Mehrheit bei iBanFirst
handelsblatt.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from handelsblatt.com Daily Mail and Mail on Sunday newspapers.

New Technique Helps Determine the Acidity of Molecules

New Technique Helps Determine the Acidity of Molecules Written by AZoMApr 29 2021 The chemical behavior of a substance is mainly governed by its degree of acidity or alkalinity. The so-called proton affinity plays a role as a decisive factor and shows how easily an entity emits or attracts a single proton.   Using the modified tip of an atomic force microscope, individual atoms in the surface can be probed. Image Credit: TU Wien. The measurement of the proton affinity of molecules has been relatively easy than it is for surfaces. This is crucial because atoms on surfaces exhibit extremely different proton affinities, based on where they are located.

How acidic are atoms?

 E-Mail IMAGE: Using the modified tip of an atomic force microscope, individual atoms in the surface can be probed. view more  Credit: TU Wien The degree of acidity or alkalinity of a substance is crucial for its chemical behavior. The decisive factor is the so-called proton affinity, which indicates how easily an entity accepts or releases a single proton. While it is easy to measure this for molecules, it has not been possible for surfaces. This is important because atoms on surfaces have very different proton affinities, depending on where they sit. Researchers at TU Wien have now succeeded in making this important physical quantity experimentally accessible for the first time: Using a specially modified atomic force microscope, it is possible to study the proton affinity of individual atoms. This should help to analyze catalysts on an atomic scale. The results have been published in the scientific journal

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