Edward Dreizin

Professor

New Jersey Institute of Technology

United States

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Edward Dreizin is a Professor at the New Jersey Institute of Technology in the United States. His research primarily focuses on combustion phenomena, with recent articles investigating the effects of additives on the combustion of boron, the thermal decomposition of various materials, and the reactivity of aluminum powders. His work also explores the interaction of organophosphonates with inorganic surfaces and the combustion characteristics of solid fuels containing boron-based composites.

Articles (20)

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2025

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2021

Collaborators (3)

Gregory Young

Associate Professor

Virginia Tech

UNITED STATES

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Gennady Gor

Professor

New Jersey Institute of Technology

UNITED STATES

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Kerri-lee Chintersingh

Assistant Professor

New Jersey Institute of Technology

UNITED STATES

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Edward Dreizin

Research Interests

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Articles (20)

Effect of aluminum, iron, and zirconia additives on the combustion of boron

Rapid Thermal Decomposition of Viton A

Aluminum powders with modified morphology and enhanced reactivity prepared by emulsion-assisted milling

Disruptive events in combustion of metal particles

Effect of powder characteristics on thermal oxidation of boron

Interaction of vapor-phase and liquid organophosphonates with inorganic surfaces

Combustion of solid fuels containing boron, borides, and boron based composites in a solid fuel ramjet

Spherical composite powders combining boron with ammonium and potassium nitrates

Experimental characterization of the low-temperature thermal decomposition of diisopropyl methylphosphonate (DIMP)

Effect of Particle Morphology and Added Gallium on Reactivity of Aluminum Powders

Effect of morphology of boron-potassium nitrate composite powders on their ignition and combustion

Fast reactions of shocked energetic microporous metallic composites

Surface Tension of Organophosphorus Compounds: Sarin and its Surrogates

Evaluation and design of metal-based gas-generating energetic materials

Ignition Mechanisms of Reactive Nanocomposite Powders Combining Al, B, and Si as Fuels with Metal Fluorides as Oxidizers

Effect of particle morphology on characteristics of pressed aluminum-boron reactive powders

Effect of particle morphology on reactivity, ignition and combustion of boron powders

Atomic Scale Insights into the First Reaction Stages Prior to Al/CuO Nanothermite Ignition: Influence of Porosity

At what ambient temperature can thermal runaway of a burning metal particle occur?

Effect of Purity, Surface Modification and Iron Coating on Ignition and Combustion of Boron in Air

Collaborators (3)

Gregory Young

Gennady Gor

Kerri-lee Chintersingh

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