Happy to share work in #JACS:
https://t.co/IOwYJbxuCb
ML model predicted TbIr3 as PuNi3-type (vs reported Cu3Au-type). Independently confirmed experimentally—@IITKgp & US lab.
1st experimental validation of unsupervised ML in intermetallics!
@IndiaDST@ACSPublications@CSIR_IND
When atomic hydrogen is interested in doing some crystallography. Our new publication deals with hydrogen induced structural transition in 3 iso-structural Pd-rich intermetallic compounds from a chemical bonding perspective.
https://t.co/dQRN6HcGW9
@arnabduttachem@krish_2358
When atomic hydrogen is interested in doing some crystallography. Our new publication deals with hydrogen induced structural transition in 3 iso-structural Pd-rich intermetallic compounds from a chemical bonding perspective.
https://t.co/dQRN6HcGW9
@arnabduttachem@krish_2358
Defects are not a devil 👿 for structure!!! Here, a partially occupied nickel acts as the glue holding two building slabs together. Without this nickel, the structure would split into two slabs.... Read our work at @InorgChem
Investigation on a partially occupied nickel site in the structure of Ni7-δInSe2-xSx. The nickel vacancy is crucial to balance between covalent & ionic interactions, stabilizing the overall structure! See the new article from @PpjGroup and @arnabduttachem https://t.co/xlT8EFYmip
Our recent publication: We represent a noble compound: Cu4TiTe4, synthesis, crystal structure and chemical bonding.
Find our work on https://t.co/xzc2H5mlN7
Congratulations to the authors @LakshanAchintya@krish_2358@arnabduttachem