Inorganic Chemistry (@inorgchem) 's Twitter Profile
Inorganic Chemistry

@inorgchem

Editor-in-Chief Stefanie Dehnen and the IC team bring you fundamental studies on all topics of inorganic chemistry from across the Periodic Table.

ID: 583802897

linkhttp://pubs.acs.org/IC calendar_today18-05-2012 13:23:47

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Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

This #ACSEditorsChoice Review highlights recent advancements and accomplishments in mechanochemistry, underscoring its potential as an eco-friendly alternative to conventional solution-based methods in the field of synthetic chemistry. Learn more: go.acs.org/aoI

This #ACSEditorsChoice Review highlights recent advancements and accomplishments in mechanochemistry, underscoring its potential as an eco-friendly alternative to conventional solution-based methods in the field of synthetic chemistry.

Learn more: go.acs.org/aoI
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

More great Inorganic Chemistry from across the Periodic Table! This week the cover accompanies an article by IC AE Partha Mukherjee and coauthors describing the synthesis of catenated cages for the selective separation of coal tar planar aromatic molecules: go.acs.org/arj

More great <a href="/InorgChem/">Inorganic Chemistry</a> from across the Periodic Table! This week the cover accompanies an article by IC AE Partha Mukherjee and coauthors describing the synthesis of catenated cages for the selective separation of coal tar planar aromatic molecules: go.acs.org/arj
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

New in Inorganic Chemistry: Quaternary chalcogenides with site ordering in their mixed-anion compositions by Ayat Tassanov et al. Penn State Chemistry James Hodges, Portland State University. Read it here: pubs.acs.org/doi/10.1021/ac…

New in <a href="/InorgChem/">Inorganic Chemistry</a>: Quaternary chalcogenides with site ordering in their mixed-anion compositions by <a href="/AyatTassanov/">Ayat Tassanov</a> et al. <a href="/psu_chemistry/">Penn State Chemistry</a> <a href="/HodgesChem/">James Hodges</a>, Portland State University.  Read it here: pubs.acs.org/doi/10.1021/ac…
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Discover a brand-new home for your work: ACS Electrochemistry Drop by the ACS Publications booth at #ACSFall2024 in Denver, CO to learn more and meet our friendly staff. Register now:

Discover a brand-new home for your work: ACS Electrochemistry

Drop by the <a href="/ACSPublications/">ACS Publications</a> booth at #ACSFall2024 in Denver, CO to learn more and meet our friendly staff.

Register now:
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Li et al. study the Prins cyclization reaction catalyzed by [Ga4L6]12− using molecular dynamics simulation and DFT calculation. Please check out our #TOCoftheWeek: pubs.acs.org/doi/10.1021/ac…

Li et al. study the Prins cyclization reaction catalyzed by [Ga4L6]12− using molecular dynamics simulation and DFT calculation. Please check out our #TOCoftheWeek: pubs.acs.org/doi/10.1021/ac…
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

New in Inorganic Chemistry: @Esteruelasgroup, Javier A. Cabeza, and Israel Fernández Group show that a bare lead atom is capable of linearly bond and stabilize two units of a classical osmium polyhydride complex: pubs.acs.org/doi/10.1021/ac…

New in <a href="/InorgChem/">Inorganic Chemistry</a>: @Esteruelasgroup, <a href="/ja_cabeza/">Javier A. Cabeza</a>, and <a href="/isra_group/">Israel Fernández Group</a> show that a bare lead atom is capable of linearly bond and stabilize two units of a classical osmium polyhydride complex: pubs.acs.org/doi/10.1021/ac…
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Gravogi et al. demonstrate the extraordinary flexibility of the tris(NHC) ligand TIMMNMes to support iron in eight oxidation states, iron(0) to iron(VII). Don't miss our #TOCoftheWeek: pubs.acs.org/doi/10.1021/ac…

Gravogi et al. demonstrate the extraordinary flexibility of the tris(NHC) ligand TIMMNMes to support iron in eight oxidation states, iron(0) to iron(VII). Don't miss our #TOCoftheWeek: pubs.acs.org/doi/10.1021/ac…
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

More great Inorganic Chemistry from across the Periodic Table! This week the cover accompanies an article by IC AE Roberta Sessoli and coauthors describing EPR studies of metalloporphyrins coupled with {Cr7Ni} rings: doi.org/10.1021/acs.in…

More great <a href="/InorgChem/">Inorganic Chemistry</a> from across the Periodic Table! This week the cover accompanies
an article by IC AE Roberta Sessoli and coauthors describing EPR studies of metalloporphyrins coupled with {Cr7Ni} rings: doi.org/10.1021/acs.in…
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Just getting off to a great start at the INORG Lectureship award seminar at ACS Fall Meeting in Mile High Ballroom 2C in Denver! IC EIC Stefanie Dehnen moderating. Inorganic Chemistry

Just getting off to a great start at the INORG Lectureship award seminar at ACS Fall Meeting in Mile High Ballroom 2C in Denver! IC EIC Stefanie Dehnen moderating.
<a href="/InorgChem/">Inorganic Chemistry</a>
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Inorganic Chemistry congratulates Prof. Daniel Suess of MIT for receiving the 2024 Inorganic Chemistry Lectureship Award presented at the ACS Fall Meeting in Denver by EIC Stefanie Dehnen! Stefanie Dehnen

<a href="/InorgChem/">Inorganic Chemistry</a> congratulates Prof. Daniel Suess of MIT for receiving the 2024 Inorganic Chemistry Lectureship Award presented at the ACS Fall Meeting in Denver by EIC Stefanie Dehnen! <a href="/DehnenStefanie/">Stefanie Dehnen</a>
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Precision Control of Amphoteric Doping in CuxBi2Se3 Nanoplates By Xiangfeng Duan et al UCLA Chem & Biochem Fully open access #ACSEditorsChoice in Precision Chemistry 👉 go.acs.org/ay3

Precision Control of Amphoteric Doping in CuxBi2Se3 Nanoplates

By Xiangfeng Duan et al <a href="/uclachem/">UCLA Chem & Biochem</a>

Fully open access #ACSEditorsChoice in Precision Chemistry 👉 go.acs.org/ay3
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

New in Inorganic Chemistry: TM alumylene complexes featuring the Al(I)–H unit. Check out the report from Hashimoto (Hashimoto Lab (Tohoku Univ.)) & Ichitsubo groups, showing XRD structures and XPS study: go.acs.org/aCA

New in <a href="/InorgChem/">Inorganic Chemistry</a>: TM alumylene complexes featuring the Al(I)–H unit.  Check out the report from Hashimoto (<a href="/LabTohoku/">Hashimoto Lab (Tohoku Univ.)</a>) &amp; Ichitsubo groups, showing XRD structures and XPS study: go.acs.org/aCA
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Colliard and Deblonde present 25 new compounds with Keggin-derived ligands, forming a consistent base formula of Csx[M(XW11O39)2]·nH2O. Check out our #TOCoftheWeek: go.acs.org/aD3

Colliard and Deblonde present 25 new compounds with Keggin-derived ligands, forming a consistent base formula of Csx[M(XW11O39)2]·nH2O. Check out our #TOCoftheWeek: go.acs.org/aD3
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

In Inorganic Chemistry now! "Uranium Chemistry: Identifying the Next Frontiers", a Viewpoint by Eralie, Ducilon and Gorden highlights recent developments in uranium chemistry from the last 15 years while considering key areas for future research: go.acs.org/aDf

In <a href="/InorgChem/">Inorganic Chemistry</a> now! "Uranium Chemistry: Identifying the Next Frontiers", a Viewpoint by Eralie, Ducilon and Gorden highlights recent developments in uranium chemistry from the last 15 years while considering key areas for future research: go.acs.org/aDf
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Only in Inorganic Chemistry: Read how Au(III) tripyrrindione reacts with dichloromethane upon reduction to form cyclometalated organo-Au(III) complex in the new article by Elisa Tomat, Abhik Ghosh, Brent Nannenga and teams: go.acs.org/aFF

Only in <a href="/InorgChem/">Inorganic Chemistry</a>: Read how Au(III) tripyrrindione reacts with dichloromethane upon reduction to form cyclometalated organo-Au(III) complex in the new article by <a href="/elisatomat/">Elisa Tomat</a>, <a href="/abhikghosh/">Abhik Ghosh</a>, <a href="/BrentNannenga/">Brent Nannenga</a> and teams: go.acs.org/aFF
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

More great Inorganic Chemistry from across the Periodic Table! This week the cover accompanies an article describing the synthesis and characterization of a diiron complex showing electrocatalytic hydrogen evolution activity in various organic acids: go.acs.org/aFT

More great <a href="/InorgChem/">Inorganic Chemistry</a> from across the Periodic Table! This week the cover accompanies an article describing the synthesis and characterization of a diiron complex showing electrocatalytic hydrogen evolution activity in various organic acids: go.acs.org/aFT
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Only in Inorganic Chemistry: Charting a new way to Organometallic-Inorganic Hybrid materials by interlinking clusters via Ag-π interaction. This hybrid material acts as an excellent electrocatalyst for reduction of nitrate to ammonia: go.acs.org/aHf Baskar@UoH, Calvin Samuel

Only in <a href="/InorgChem/">Inorganic Chemistry</a>: Charting a new way to Organometallic-Inorganic Hybrid materials by interlinking clusters via Ag-π interaction. This hybrid material acts as an excellent electrocatalyst for reduction of nitrate to ammonia: go.acs.org/aHf
<a href="/Baskar_UoH/">Baskar@UoH</a>, <a href="/calvin_samp/">Calvin Samuel</a>
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Out now in Inorganic Chemistry! New hydrophilic Au(I) and Ag(I) NHCs were described in their synthesis, the study of stability and in the anticancer activity against ovarian cancer cells MICLAB. Take a look: go.acs.org/aIh

Out now in <a href="/InorgChem/">Inorganic Chemistry</a>! New hydrophilic Au(I) and Ag(I) NHCs were described in their synthesis, the study of stability and in the anticancer activity against ovarian cancer cells <a href="/MICLABatUNIPI/">MICLAB</a>. Take a look: go.acs.org/aIh
Inorganic Chemistry (@inorgchem) 's Twitter Profile Photo

Only in Inorganic Chemistry: How do three Chinese dragons (hydrocarbon chains) dance together? In the form of two long alkyl chains aligning in parallel while the third one extends alone as present in Sb(SCnH2n+1)3 (n≥12) molecules. See it here: go.acs.org/aIH

Only in <a href="/InorgChem/">Inorganic Chemistry</a>: How do three Chinese dragons (hydrocarbon chains) dance together? In the form of two long alkyl chains aligning in parallel while the third one extends alone as present in Sb(SCnH2n+1)3 (n≥12) molecules.  See it here: go.acs.org/aIH