Faculty

Institution

Unit

Venue

Lothar Stahl

University of North Dakota

Affiliations

College of Arts & Sciences

Math & Science

Department of Chemistry

NoneLothar Stahl is currently serving as a College Of Arts & Sciences faculty at University of North Dakota.

Honors

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Experiences

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Education

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Lothar Stahl

University of North Dakota

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organometallic chemistry chemistry coordination chemistry inorganic chemistry transition metal chemistry materials science chemical synthesis structural chemistry inorganic synthesis organic synthesis crystallography chemical structure chemical engineering catalysis crystal structures azane complexes molecular structure chemical sciences main group chemistry coordination complex structure determination azane compounds transition metals organic chemistry polyhedron crystal research crystal engineering heterocyclic catalytic synthesis heterocycle chemistry structure elucidation cyclodiphosphazane complexes metal complexes solid-state structures solid-state structure main group elements music energy chemistry nucleic acids molecular catalysis organometallic catalysis redox chemistry synthetic element catalyst preparation structural composition synthesis methods hydrogen transition hydrogen generation halogenation polymer synthesis polymer engineering polymer technology trace metals inorganic compounds inorganic materials molecular complexes coordination polymers open titanocene mechanistic evaluations isomer interconversion hemiaminal ethers theoretical calculations half-open metallocenes photoelectron spectroscopy phosphine ligands green chemistry material chemistry sustainable chemistry carbon dioxide utilization

Notable Scholarly Works

Notable Federal Grants

Collaborators

Purinyl N-Directed Aroylation of 6-Arylpurine Ribo- and 2’-Deoxyribonucleosides, and Mechanistic Insights. ChemRxiv (2024)

Mahesh LakshmanCasina MalinchakNathaniel ShankMichelle NearyLothar Stahl

geneticsmechanistic insightspurinyl n-directed aroylationorganic synthesisbiochemistrynucleic acidsmolecular biology

Ccdc 2157502: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

Rao, YuPalumbo, Chad T.Venkatesh, AmritKeener, MeganStevanato, GabrieleChauvin, Anne-SophieMenzildjian, GeorgesKuzin, SergeiYulikov, MaximJeschke, GunnarLesage, AnneMazzanti, MarinellaEmsley, Lyndon

crystal diffraction studycrystal researchchemical structurebiophysicscrystal structuresccdc 2157502structural chemistrystructure determinationcrystal engineeringcrystallographystructure elucidationdeposited datasetchemistry

Ccdc 2178184: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

crystal researchchemical structureccdc 2178184crystal structuresstructural chemistrystructure determinationcrystal engineeringcrystallographystructure elucidationchemistry

Subtraction by Addition: Chalcogen-Oxidation Induced N C Bond Scissions in Bis(Amido)Cyclodiphosphazane Chelates of the Group 15 Elements. Polyhedron (2023)

Joseph T. MusongongMathew E. OtangBrandon L. MashMatthias ZellerLothar Stahl

cyclodiphosphazane chelatescoordination chemistryorganometallic chemistrypolyhedronchemistry

Covalent and Ionic Bonding in Bi- and Tricyclic Group 15 Amides: Equidistant P–I and as–I Bonds and Fluxional Cations. Dalton Transactions (2020)

Joseph T. MusongongMathew E. OtangBrandon L. MashMatthias ZellerLothar Stahl

as-i bondsfluxional cationsinorganic chemistryionic bondingchemistry

The Chameleonic Reactivity of Dilithio Bis(Alkylamido)Cyclodiphosph( III )Azanes With Chlorophosphines. Dalton Transactions (2018)

Mathew E. OtangDavid JosephsonTodd DuppongLothar Stahl

organometallic chemistrytransition metal chemistrychameleonic reactivitychemistry

The Disappearing Director: The Case of Directed N ‐Arylation via a Removable Hydroxyl Group. Advanced Synthesis & Catalysis (2018)

Magdalena R. AndrzejewskaPrasanna K. VuramNarender PottabathiniVenkateshwarlu GurramSiva Subrahmanyam RelangiKirill A. KorvinsonRaju DoddipallaLothar StahlMichelle C. NearyPadmanava PradhanSomesh SharmaMahesh K. Lakshman

chemical engineeringcatalyst preparationtransition metal chemistryorganic synthesiscatalysis

Reactions of Germylenes and Stannylenes With Halo(Hydrocarbyl)- and Chloro(Amino)Phosphines: Oxidative Addition Versus Ligand Transfer. Inorganic Chemistry (2017)

Joseph K. WestLothar Stahl

organometallic chemistrycoordination chemistryinorganic chemistry

Alkoxido-, Amido-, and Chlorido Derivatives of Zirconium- and Hafnium Bis(Amido)Cyclodiphosph(V)Azanes: Ligand Ambidenticity and Catalytic Productivity. Journal of Organometallic Chemistry (2016)

Mathew E. OtangGraham R. LiefLothar Stahl

organometallic chemistrycatalytic productivityligand ambidenticitychlorido derivatives

Ruthenium-Catalyzed C–H Bond Activation Approach to Azolyl Aminals and Hemiaminal Ethers, Mechanistic Evaluations, and Isomer Interconversion. ACS Catalysis (2016)

Manish K. SinghHari K. AkulaSakilam SatishkumarLothar StahlMahesh K. Lakshman

organometallic catalysishemiaminal etherscatalytic synthesisredox chemistrytransition metal chemistryorganic synthesiscatalysismechanistic evaluationsisomer interconversionmolecular catalysisinorganic chemistrychemical synthesischemistry

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Lothar Stahl

University of North Dakota

Affiliations

College of Arts & Sciences

Math & Science

Department of Chemistry

NoneLothar Stahl is currently serving as a College Of Arts & Sciences faculty at University of North Dakota.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lothar Stahl

University of North Dakota

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Purinyl N-Directed Aroylation of 6-Arylpurine Ribo- and 2’-Deoxyribonucleosides, and Mechanistic Insights. ChemRxiv (2024)

Mahesh LakshmanCasina MalinchakNathaniel ShankMichelle NearyLothar Stahl

geneticsmechanistic insightspurinyl n-directed aroylationorganic synthesisbiochemistrynucleic acidsmolecular biology

Ccdc 2157502: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

Rao, YuPalumbo, Chad T.Venkatesh, AmritKeener, MeganStevanato, GabrieleChauvin, Anne-SophieMenzildjian, GeorgesKuzin, SergeiYulikov, MaximJeschke, GunnarLesage, AnneMazzanti, MarinellaEmsley, Lyndon

Ccdc 2178184: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

crystal researchchemical structureccdc 2178184crystal structuresstructural chemistrystructure determinationcrystal engineeringcrystallographystructure elucidationchemistry

Subtraction by Addition: Chalcogen-Oxidation Induced N C Bond Scissions in Bis(Amido)Cyclodiphosphazane Chelates of the Group 15 Elements. Polyhedron (2023)

Joseph T. MusongongMathew E. OtangBrandon L. MashMatthias ZellerLothar Stahl

cyclodiphosphazane chelatescoordination chemistryorganometallic chemistrypolyhedronchemistry

Covalent and Ionic Bonding in Bi- and Tricyclic Group 15 Amides: Equidistant P–I and as–I Bonds and Fluxional Cations. Dalton Transactions (2020)

Joseph T. MusongongMathew E. OtangBrandon L. MashMatthias ZellerLothar Stahl

as-i bondsfluxional cationsinorganic chemistryionic bondingchemistry

The Chameleonic Reactivity of Dilithio Bis(Alkylamido)Cyclodiphosph( III )Azanes With Chlorophosphines. Dalton Transactions (2018)

Mathew E. OtangDavid JosephsonTodd DuppongLothar Stahl

organometallic chemistrytransition metal chemistrychameleonic reactivitychemistry

The Disappearing Director: The Case of Directed N ‐Arylation via a Removable Hydroxyl Group. Advanced Synthesis & Catalysis (2018)

chemical engineeringcatalyst preparationtransition metal chemistryorganic synthesiscatalysis

Reactions of Germylenes and Stannylenes With Halo(Hydrocarbyl)- and Chloro(Amino)Phosphines: Oxidative Addition Versus Ligand Transfer. Inorganic Chemistry (2017)

Joseph K. WestLothar Stahl

organometallic chemistrycoordination chemistryinorganic chemistry

Alkoxido-, Amido-, and Chlorido Derivatives of Zirconium- and Hafnium Bis(Amido)Cyclodiphosph(V)Azanes: Ligand Ambidenticity and Catalytic Productivity. Journal of Organometallic Chemistry (2016)

Mathew E. OtangGraham R. LiefLothar Stahl

organometallic chemistrycatalytic productivityligand ambidenticitychlorido derivatives

Ruthenium-Catalyzed C–H Bond Activation Approach to Azolyl Aminals and Hemiaminal Ethers, Mechanistic Evaluations, and Isomer Interconversion. ACS Catalysis (2016)

Manish K. SinghHari K. AkulaSakilam SatishkumarLothar StahlMahesh K. Lakshman

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