Faculty

Institution

Unit

Venue

Joseph P. Hooper

Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Department Of Materials Science And Chemistry

Mechanical and Aerospace Engineering

Physics

Resources

School Of Mechanical And Aerospace Engineering

Joseph P. Hooper is currently serving as a Center For Materials Science And Engineering Professor at Naval Postgraduate School.

Honors

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Experiences

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Education

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Joseph P. Hooper

Naval Postgraduate School

Professor

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materials science chemistry chemical engineering inorganic chemistry materials engineering mechanical engineering energetic materials advanced materials chemical structure metals chemical physics chemical synthesis nanotechnology mechanics of materials physical organic chemistry inorganic chemistry frontier structural chemistry intermetallics transition metal chemistry coordination chemistry chemical sciences nonferrous metal material research carbon molecular structure fracture mechanics cluster chemistry cluster science composite science dalton transaction mechanical property powder metallurgy powder synthesis metal processing nanostructure synthesis surface modification metal matrix composites inorganic synthesis impact (mechanics) metal-organic framework chemical analysis structural composition trace elements metallic nanomaterials layered materials polymer engineering polymer technology performance scalability heterocycle chemistry polymer synthesis catalyst preparation chemical warfare agent organic electronics nanoscale science fragmentation effect magnetic materials aluminium nitride aluminum gallium nitride optical imaging inorganic materials graphene fiber graphene nanomeshes gallate structure high-energy ball milling cold spray cold-spray deposition polyurethane-based elastomers temperature-mapping molecular sensor well-balanced energetic cocrystals spiropyran mechanophores high strain-rate response iodine-rich imidazolium iodate single-based biocidal agents periodate salts high performance iodine-containing biocide structural materials interface science advanced ceramics general chemistry functional materials crystal growth nuclear chemistry refractory metals ceramics condensed matter computational physics computational materials science atomic physics crystal engineering engineering nanomanufacturing nuclear science characterization (materials science) materiality microstructure condensed matter physics surface science physics computational chemistry nuclear materials material chemistry engineering science advanced functional materials nanomaterials crystal research nuclear fusion technology physical chemistry crystallography applied physics interface (matter) density functional theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Energy-Density Material With Magnetically Modulated Ignition. Journal of the American Chemical Society (2024)

James E. AllenSergey V. ZybinSergey I. MorozovOwen T. O’SullivanColton KawamuraDavid E. WaxlerJoseph P. HooperWilliam A. Goddard IIIMichael J. Zdilla

advanced materialshigh-energy-density materialchemical engineeringmaterials sciencemagnetismmagnetic materialsmechanical engineering

Ccdc 2217590: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

chemistryinorganic chemistrycrystal researchcrystallographymaterials sciencechemical structurestructural chemistry

Titanium(II) as a Fuel Atom in Energetic Materials. Inorganic Chemistry (2023)

chemistryadvanced materialsenergy chemistryhydrogen storageenergetic materialselectrochemical energy conversionchemical engineering

Structural and Bonding Properties of Small Hydrocarbons Inside Ca(Squarate)-Metal Organic Framework: Ab-Initio Study. Journal of Physics Communications (2022)

chemistrymolecular crystalsorganic chemistrystructural chemistryinorganic chemistrymolecular structurematerial chemistryphysical organic chemistrychemical sciencesorganometallic chemistrymaterials scienceinorganic chemistry frontiermolecular engineeringchemical structurephysical chemistrychemical engineeringcrystal engineering

Energy Release and Fragmentation of Brittle Aluminum Reactive Material Cases. Propellants Explosives Pyrotechnics (2021)

materialitynonferrous metalengineeringmicrostructuredeformationmetalsfracture mechanicsstructural materialsmaterials sciencesolid mechanicsmechanics of materialsadvanced composite material (engineering)mechanical propertyenergetic materialscomposite interfaceintermetallicsmechanical engineering

Insight Into the Role of Interfaces on Mechanical Properties of Low-Porosity Al/Ni Compacts: Comparison of Experiment and Simulation. Journal of Applied Physics (2021)

Grant D. SmithScott BardenhagenJohn A. NairnTony ZahrahJoseph P. HooperJacob KlineGeremy Kleiser

interface (matter)interface scienceapplied physicsmaterials sciencealuminum gallium nitridealuminium nitridemechanical engineering

Pyrazole Bridges Ensure Highly Stable and Insensitive Bistetrazoles. Chemical Engineering Journal (2021)

Jatinder SinghRichard J. StaplesJoseph P. HooperJean'ne M. Shreeve

pyrazole bridgesinsensitive bistetrazolesstabilitychemical engineering

Templated Growth of a Spin-Frustrated Cluster Fragment of Mnbr 2 in a Metal–Organic Framework. Inorganic Chemistry (2021)

Ari TurkiewiczWarren TomlinsonMiguel I. GonzalezJoseph P. HooperJeffrey R. Long

metal-organic frameworkinorganic chemistryinorganic synthesisspin-frustrated cluster fragmentmaterials scienceinorganic materialscoordination chemistrycrystal growthcluster chemistrytemplated growth

Reactive Fragment Materials Made From an Aluminum–Silicon Eutectic Powder. Journal of Applied Physics (2020)

advanced ceramicsadvanced materialsmicrostructurematerials engineeringmaterials sciencematerial researchchemical engineering

Superior High-Energy-Density Biocidal Agent Achieved With a 3D Metal–Organic Framework. ACS Applied Materials & Interfaces (2020)

Jichuan ZhangZhenye ZhuMingqing ZhouJiaheng ZhangJoseph P. HooperJean’ne M. Shreeve

metal-organic frameworkengineeringadvanced materialsmaterials engineeringinterface sciencematerials scienceapplied physicsmaterial research3d printing

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Joseph P. Hooper

Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Department Of Materials Science And Chemistry

Mechanical and Aerospace Engineering

Physics

Resources

School Of Mechanical And Aerospace Engineering

Joseph P. Hooper is currently serving as a Center For Materials Science And Engineering Professor at Naval Postgraduate School.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joseph P. Hooper

Naval Postgraduate School

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Energy-Density Material With Magnetically Modulated Ignition. Journal of the American Chemical Society (2024)

James E. AllenSergey V. ZybinSergey I. MorozovOwen T. O’SullivanColton KawamuraDavid E. WaxlerJoseph P. HooperWilliam A. Goddard IIIMichael J. Zdilla

advanced materialshigh-energy-density materialchemical engineeringmaterials sciencemagnetismmagnetic materialsmechanical engineering

Ccdc 2217590: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

chemistryinorganic chemistrycrystal researchcrystallographymaterials sciencechemical structurestructural chemistry

Titanium(II) as a Fuel Atom in Energetic Materials. Inorganic Chemistry (2023)

chemistryadvanced materialsenergy chemistryhydrogen storageenergetic materialselectrochemical energy conversionchemical engineering

Structural and Bonding Properties of Small Hydrocarbons Inside Ca(Squarate)-Metal Organic Framework: Ab-Initio Study. Journal of Physics Communications (2022)

Energy Release and Fragmentation of Brittle Aluminum Reactive Material Cases. Propellants Explosives Pyrotechnics (2021)

Insight Into the Role of Interfaces on Mechanical Properties of Low-Porosity Al/Ni Compacts: Comparison of Experiment and Simulation. Journal of Applied Physics (2021)

Grant D. SmithScott BardenhagenJohn A. NairnTony ZahrahJoseph P. HooperJacob KlineGeremy Kleiser

interface (matter)interface scienceapplied physicsmaterials sciencealuminum gallium nitridealuminium nitridemechanical engineering

Pyrazole Bridges Ensure Highly Stable and Insensitive Bistetrazoles. Chemical Engineering Journal (2021)

Jatinder SinghRichard J. StaplesJoseph P. HooperJean'ne M. Shreeve

pyrazole bridgesinsensitive bistetrazolesstabilitychemical engineering

Templated Growth of a Spin-Frustrated Cluster Fragment of Mnbr 2 in a Metal–Organic Framework. Inorganic Chemistry (2021)

Ari TurkiewiczWarren TomlinsonMiguel I. GonzalezJoseph P. HooperJeffrey R. Long

metal-organic frameworkinorganic chemistryinorganic synthesisspin-frustrated cluster fragmentmaterials scienceinorganic materialscoordination chemistrycrystal growthcluster chemistrytemplated growth

Reactive Fragment Materials Made From an Aluminum–Silicon Eutectic Powder. Journal of Applied Physics (2020)

advanced ceramicsadvanced materialsmicrostructurematerials engineeringmaterials sciencematerial researchchemical engineering

Superior High-Energy-Density Biocidal Agent Achieved With a 3D Metal–Organic Framework. ACS Applied Materials & Interfaces (2020)

Jichuan ZhangZhenye ZhuMingqing ZhouJiaheng ZhangJoseph P. HooperJean’ne M. Shreeve

metal-organic frameworkengineeringadvanced materialsmaterials engineeringinterface sciencematerials scienceapplied physicsmaterial research3d printing

1
2
3
4
5
6
7
10 / page