Amol Amrute

Scientist (Catalysis)

[Mechanochemistry Papers @MechChemPapers]

Mechanochemical Grafting: A Solvent-less Highly Efficient Method for the Synthesis of Hybrid Inorganic–Organic Materials https://t.co/ePXipLNsZS

[Amol Amrute @AAmrute]

Glad to share our study, published in @ChemMater, on mechanochemical surface functionalization. https://t.co/morkegINOK

[Amol Amrute @AAmrute]

@RSreerangappa @ChemMater Thanks🙏

[Amol Amrute @AAmrute]

Glad to share our study, in @ChemMater, on hydrothermal stability of mechanochemically-derived nano-corundum. This material can be a suitable support for catalysts which suffer from chemical weathering, as shown for Co-based FTS catalysts. https://t.co/XHeivqrKq2

[Amol Amrute @AAmrute]

@TuysuzLab Great work👏 Congratulations!

[Amol Amrute @AAmrute]

@TuysuzLab Congratulations 👏👏

[Amol Amrute @AAmrute]

@catalysis_eth Thank you Javier🙏🙏

[Amol Amrute @AAmrute]

I am honored to be a recipient of the first Thiel Award 2019 of the Max-Planck-Institut für Kohlenforschung. I thank Prof. Schüth for the opportunity to work with him and all my collaborators, contributors in this work, Prof. Łodziana, Dr. Schreyer, Dr. Weidenthaler. #MPIKOFO

[Amol Amrute @AAmrute]

@HessFranziska Thank you!

[Amol Amrute @AAmrute]

@catalysis_eth Congratulations Guido👏👏

[Amol Amrute @AAmrute]

@CatalysaurusRex @ACS_AMI Congratulations Gaston!.👏👏

[Amol Amrute @AAmrute]

@Mechanochem

[Amol Amrute @AAmrute]

Check out our paper in @sciencemagazine on the synthesis of high surface area corundum, technologically one of the most important materials.
A simple mechanochemical grinding of boehmite enables the production of alpha-alumina in nanoparticulate form. #MPIKOFO @maxplanckpress

[Amol Amrute @AAmrute]

@catalysis_eth @TheorHetCatICIQ Congratulations to Matthias👏

[Amol Amrute @AAmrute]

#MPIKOFO @maxplanckpress @sciencemagazine @EurekAlert

[Max Planck Society @maxplanckpress]

Nanoceramics from the ball mill: nanometer-sized #corundum particles for #automotive #catalysts & particularly stable #ceramics, for example for dental implants, can now be produced amazingly easily @maxplanckpress https://t.co/KRWkB031Ok

[BertWeckhuysen @BWeckhuysen]

I am honored & thankful to be the 2019 Karl-Ziegler-Guest Professor of the Max-Planck-Institut fur Kohlenforschung @ Mulheim (Germany).

Looking forward to the interactions with PhD students & staff to discuss exciting science!

More info: https://t.co/lNTb13QhH0

@UniUtrecht

[Amol Amrute @AAmrute]

@catalysis_eth @TheorHetCatICIQ Congratulations!

[Amol Amrute @AAmrute]

@TheorHetCatICIQ @catalysis_eth @NatureCatalysis Congratulations!

[Phys.org @physorg_com]

An amazingly simple recipe for nanometer-sized corundum @sciencemagazine https://t.co/dgYMe0uvd6

[Amol Amrute @AAmrute]

@CornellaLab Thanks!

[Amol Amrute @AAmrute]

@TheorHetCatICIQ @sciencemagazine @maxplanckpress Many thanks Núria!

[Amol Amrute @AAmrute]

Check out our paper in @sciencemagazine on the synthesis of high surface area corundum, technologically one of the most important materials.
A simple mechanochemical grinding of boehmite enables the production of alpha-alumina in nanoparticulate form. #MPIKOFO @maxplanckpress

[Jake Yeston @JakeYeston]

On the subject of chemistry, we've also got a mechanochemical route to nanoparticulate corundum, from Schüth's group: https://t.co/NmDRgaIc6t