Faculty

Institution

Unit

Venue

Braja K. Mandal

Professor of Chemistry

Illinois Institute of Technology

Affiliations

Lewis College of Science and Letters

Chemistry

Braja K. Mandal is currently serving as a Chemistry Professor of Chemistry at Illinois Institute of Technology.

Honors

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Experiences

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Education

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Braja K. Mandal

Illinois Institute of Technology

Professor of Chemistry

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materials science polymer science material chemistry chemistry chemical engineering energy storage polymer technology polymer engineering materials engineering applied physics organic synthesis electrochemistry polymer chemistry energy chemistry organic chemistry energy storage materials advanced energy material material research lithium-ion batteries advanced electrode material polymer synthesis nanotechnology electrochemical energy storage optical engineering transition metal chemistry carbon-based materials nanoparticle research organic material chemistry renewable energy storage structural chemistry organic electronics electrochemical properties coordination chemistry electronic materials energy research electric battery macromolecular chemistry macromolecular science synthetic chemistry solid polymer electrolytes phthalocyanine derivatives condensed matter cellulose functional modification derivative (chemistry) energy materials solid-state chemistry supramolecular assemblies surface chemistry polymer stability electrochemical performance nlo materials displacement polymerization nonlinear science thermal engineering advanced functional materials applied chemistry non-linear optics novel interface surface reactivity transport layer surface water surface treatments composite technology functional nanomaterials surface modification photochemical reaction aromatic polyethers nucleophilic displacement polymerization lithium battery electrolytes thermal runaway inhibitors soluble phthalocyanines structure-property relationship thermal runaway inhibition lithium-ion rechargeable batteries air-water interface energy storage systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

New Scalable Sulfur Cathode Containing Specifically Designed Polysulfide Adsorbing Materials. Materials (2024)

Artur M. SuzanowiczBianca TurnerThulitha M. AbeywickramaHao LinDana AlramahiCarlo U. SegreBraja K. Mandal

energy storage materialsadvanced materialsmaterials engineeringtechnologymaterials scienceapplied physicsadvanced electrode material

Scalable Ni12P5-Coated Carbon Cloth Cathode for Lithium–Sulfur Batteries. Energies (2024)

Artur M. SuzanowiczThulitha M. AbeywickramaHao LinDana AlramahiCarlo U. SegreBraja K. Mandal

energy storage materialschemistryelectrochemical energy storageenergy conversionenergy storageenergy researchenergy chemistrylithium-sulfur batteriesadvanced energy material

A New Graphitic Nitride and Reduced Graphene Oxide-Based Sulfur Cathode for High-Capacity Lithium-Sulfur Cells. Energies (2022)

Artur M. SuzanowiczYoungjin LeeHao LinOtavio J. J. MarquesCarlo U. SegreBraja K. Mandal

energy storage materialssustainable energy technologiesengineeringadvanced materialselectrochemical energy storageenergy storagesustainable energyenergy researchmaterials engineeringenergy chemistryelectric batteryhigh-capacity lithium-sulfur cellsenergy harvestingmaterials scienceenergy resourcesadvanced energy materialadvanced electrode materialchemical engineering

Approaches to Combat the Polysulfide Shuttle Phenomenon in LI–S Battery Technology. Batteries (2022)

Artur SuzanowiczCindy MeiBraja Mandal

energy storagetechnologypolysulfide shuttle phenomenonli-s battery technology

Synthesis and Electrochemical Properties of Lignin-Derived High Surface Area Carbons. Surfaces (2022)

Artur M. SuzanowiczYoungjin LeeAbigail SchultzOtavio J. J. MarquesHao LinCarlo U. SegreBraja K. Mandal

electrochemistrysurface sciencesurface chemistrycarbon-based materialssurface electrochemistrychemistrylignininorganic chemistryenergy chemistrymaterial chemistryelectrochemical propertiesmaterials scienceadvanced energy material

A New Graphitic Carbon Nitride-Coated Dual Core–Shell Sulfur Cathode for Highly Stable Lithium–Sulfur Cells. Materials Chemistry and Physics (2020)

Hamza DunyaZheng YueMaziar AshuriXinyi MeiYiwei LinKamil KucukShankar AryalCarlo U. SegreBraja K. Mandal

carbon-based materialsenergy storage materialsengineeringadvanced materialselectrochemical energy storageenergy storagecoatingsenergy chemistrymaterials engineeringelectric batterymaterial chemistrymaterials scienceapplied physicsmaterial propertiesmaterial researchadvanced energy materialadvanced electrode material

Mno2-Coated Dual Core–Shell Spindle-Like Nanorods for Improved Capacity Retention of Lithium–Sulfur Batteries. ChemEngineering (2020)

Hamza DunyaMaziar AshuriDana AlramahiZheng YueKamil KucukCarlo U. SegreBraja K. Mandal

nanomaterialsmaterials engineeringmaterial chemistrymaterials sciencemetallic nanomaterialsadvanced energy materialadvanced electrode materialrenewable energy storagenanotechnologyenergy storage materialsadvanced materialsenergy storagemetal nanoparticlesengineeringenergy materialsmetalslithium-sulfur batteriestransition metal chemistrychemical engineering

Rational Design of Titanium Oxide-Coated Dual Core–Shell Sulfur Nanocomposite Cathode for Highly Stable Lithium–Sulfur Batteries. Journal of Physics and Chemistry of Solids (2020)

Hamza DunyaMaziar AshuriZheng YueKamil KucukYiwei LinDana AlramahiCarlo U. SegreBraja K. Mandal

energy storage materialsengineeringnanomaterialsadvanced electrode materialenergy storageelectrochemical energy storagerational designmaterials engineeringrenewable energymaterial chemistrymaterials scienceapplied physicsbattery configurationstable lithium-sulfur batteriesmaterial researchadvanced energy materialelectrochemical engineeringrenewable energy storage

Solid Polymer Electrolytes Derived From Crosslinked Polystyrene Nanoparticles Covalently Functionalized With a Low Lattice Energy Lithium Salt Moiety. ChemEngineering (2020)

Xinyi MeiWendy ZhaoQiang MaZheng YueHamza DunyaQianran HeAmartya ChakrabartiChristopher McGarryBraja K. Mandal

electrochemistrypolymer technologynanomaterialssolid polymer electrolytespolymer engineeringmaterials sciencepolymer scienceelectrochemical engineeringlithium-ion batteriespolymer nanotechnologynanotechnologychemical engineering

Solid Polymer Electrolytes Derived From Oligomeric Poly(Ethylene Oxide) Chain-Grafted Crosslinked Polystyrene Microspheres. Edelweiss Chemical Science Journal (2020)

Wendy ZhaoXinyi MeiZheng YueBraja K Mandal

electrochemistrypolymer technologycarbon-based materialsadvanced electrode materialadvanced materialssolid polymer electrolyteschemical engineeringpolymer engineeringmaterials engineeringmaterials sciencepolymer sciencemembrane scienceelectronic materialslithium-ion batteriesadvanced energy materialelectrochemical engineeringmechanical engineering

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Braja K. Mandal

Professor of Chemistry

Illinois Institute of Technology

Affiliations

Lewis College of Science and Letters

Chemistry

Braja K. Mandal is currently serving as a Chemistry Professor of Chemistry at Illinois Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Braja K. Mandal

Illinois Institute of Technology

Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

New Scalable Sulfur Cathode Containing Specifically Designed Polysulfide Adsorbing Materials. Materials (2024)

Artur M. SuzanowiczBianca TurnerThulitha M. AbeywickramaHao LinDana AlramahiCarlo U. SegreBraja K. Mandal

energy storage materialsadvanced materialsmaterials engineeringtechnologymaterials scienceapplied physicsadvanced electrode material

Scalable Ni12P5-Coated Carbon Cloth Cathode for Lithium–Sulfur Batteries. Energies (2024)

Artur M. SuzanowiczThulitha M. AbeywickramaHao LinDana AlramahiCarlo U. SegreBraja K. Mandal

energy storage materialschemistryelectrochemical energy storageenergy conversionenergy storageenergy researchenergy chemistrylithium-sulfur batteriesadvanced energy material

A New Graphitic Nitride and Reduced Graphene Oxide-Based Sulfur Cathode for High-Capacity Lithium-Sulfur Cells. Energies (2022)

Artur M. SuzanowiczYoungjin LeeHao LinOtavio J. J. MarquesCarlo U. SegreBraja K. Mandal

Approaches to Combat the Polysulfide Shuttle Phenomenon in LI–S Battery Technology. Batteries (2022)

Artur SuzanowiczCindy MeiBraja Mandal

energy storagetechnologypolysulfide shuttle phenomenonli-s battery technology

Synthesis and Electrochemical Properties of Lignin-Derived High Surface Area Carbons. Surfaces (2022)

Artur M. SuzanowiczYoungjin LeeAbigail SchultzOtavio J. J. MarquesHao LinCarlo U. SegreBraja K. Mandal

A New Graphitic Carbon Nitride-Coated Dual Core–Shell Sulfur Cathode for Highly Stable Lithium–Sulfur Cells. Materials Chemistry and Physics (2020)

Hamza DunyaZheng YueMaziar AshuriXinyi MeiYiwei LinKamil KucukShankar AryalCarlo U. SegreBraja K. Mandal

Mno2-Coated Dual Core–Shell Spindle-Like Nanorods for Improved Capacity Retention of Lithium–Sulfur Batteries. ChemEngineering (2020)

Hamza DunyaMaziar AshuriDana AlramahiZheng YueKamil KucukCarlo U. SegreBraja K. Mandal

Rational Design of Titanium Oxide-Coated Dual Core–Shell Sulfur Nanocomposite Cathode for Highly Stable Lithium–Sulfur Batteries. Journal of Physics and Chemistry of Solids (2020)

Hamza DunyaMaziar AshuriZheng YueKamil KucukYiwei LinDana AlramahiCarlo U. SegreBraja K. Mandal

Solid Polymer Electrolytes Derived From Crosslinked Polystyrene Nanoparticles Covalently Functionalized With a Low Lattice Energy Lithium Salt Moiety. ChemEngineering (2020)

Xinyi MeiWendy ZhaoQiang MaZheng YueHamza DunyaQianran HeAmartya ChakrabartiChristopher McGarryBraja K. Mandal

Solid Polymer Electrolytes Derived From Oligomeric Poly(Ethylene Oxide) Chain-Grafted Crosslinked Polystyrene Microspheres. Edelweiss Chemical Science Journal (2020)

Wendy ZhaoXinyi MeiZheng YueBraja K Mandal

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