Saurabh Chitnis

Assistant professor

Dalhousie University

Canada

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About

Dr. Saurabh Chitnis is an Assistant Professor at Dalhousie University in Canada. His research primarily focuses on the synthesis and characterization of hybrid organic-inorganic polymers, pnictogen complexes, and organometallic chemistry. Recent publications include studies on polyhydrazinophosphine diazides, pnictogen pincer ligands, and the influence of ligand frameworks on Lewis acidity. Through his work, Dr. Chitnis contributes to the advancement of knowledge in the field of applied organometallic chemistry.

Articles (20)

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2025

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2020

Collaborators (5)

Jason Masuda

Full Professor

Saint Mary's University

CANADA

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Katherine M. Marczenko

Assistant Professor

Carleton University

CANADA

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Rianne Lord

University of East Anglia

UNITED KINGDOM

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Michael Land

Assistant Professor

Mount Saint Vincent University

CANADA

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Maximilian J. Poller

Guest Lecturer

Universität Hamburg

GERMANY

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Saurabh Chitnis

Research Interests

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About

Articles (20)

Poly(hydrazinophosphine diazide)s (PHPDs): Hybrid Organic–Inorganic Polymers via Polycondensation between PN Cages and Organic Diazides

Meta-Xylene-Based Diamines with Protected Benzyl Sites: Potential NCN Pincer Ligands with Tunable Steric Profiles

Air-stable pnictogenIII dications supported by terpyridine

Influence of Pnictogen and Ligand Framework on the Lewis Acidity and Steric Environment in Pnictogen Pincer Complexes

A focus on phosphinophosphination of apolar bonds by a structurally constrained P–P bonded system

Hydro- and chloroelementation reactions across an iron–carbon bond using heavy group 15 reagents

Synthesis and characterization of Al and Si substituted polyoxometalates

Applied Organometallic Chemistry: From Foundational to Translational

Why Are Some Pnictogen(III) Pincer Complexes Planar and Others Pyramidal?

Ligand-enforced geometric constraints and associated reactivity in p-block compounds

An Improved Synthesis of PN‐adamantanoid Cages P4(NR)6 and a Mechanistic Study of their Fourfold Oxidation

A Robust, Divalent, Phosphaza-bicyclo[2.2.2]octane Connector Provides Access to Cage-Dense Inorganic Polymers and Networks

Mesomeric Tuning at Planar Bi centres: Unexpected Dimerization and Benzyl C−H Activation in [CN2]Bi Complexes

Dispersion Stabilizes Metal–Metal Bonds in the 1,8-Bis(silylamido)naphthalene Ligand Environment

(PNSiMe3)4(NMe)6: A Robust Tetravalent Phosphaza‐adamantane Scaffold for Molecular and Macromolecular Construction**

(PNSiMe3)4(NMe)6: A Robust Tetravalent Phosphaza‐adamantane Scaffold for Molecular and Macromolecular Construction**

High Molar Mass Poly(alkylphosphinoboranes) via Iron-Catalyzed Dehydropolymerization

Hydrostibination of Alkynes: A Radical Mechanism**

High Lewis Acidity at Planar, Trivalent, and Neutral Bismuth Centers

Bismuthanylstibanes

Collaborators (5)

Jason Masuda

Katherine M. Marczenko

Rianne Lord

Michael Land

Maximilian J. Poller

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