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Micro Jet Enhanced Nanopowder Processing
Micro‑Jet Enhanced Nanopowder Processing (Fluidized Bed Systems & Methods Including Micro‑Jet Flow, Tech ID: 06‑057)
Technology Overview: An earlier issued family member describing the same micro‑jet‑assisted fluidization approach: a standard upflow gas plus a downward micro‑jet near the distributor to deagglomerate nano‑scale powders and maintain...
Published: 2/13/2026
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Inventor(s): Robert Pfeffer, Jose Quevedo, Juergen Flesch
Keywords(s): Catalyst, Nanomaterials, Patent Issued, Powder Processing, Specialty Chemicals, Specialty Drug Manufacture
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Opposing Jet Assisted Nanopowder Fluidization
Opposing‑Jet Assisted Nanopowder Fluidization (Fluidized Bed Systems & Methods Including Micro‑Jet Flow, Tech ID: 06‑057)
Technology Overview: An enhanced fluidized‑bed architecture that supplements the usual upward fluidizing gas with a strategically positioned opposing (downward) micro‑jet, creating localized turbulence and shear to aerate agglomerates...
Published: 2/13/2026
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Inventor(s): Juergen Flesch, Robert Pfeffer, Jose Quevedo
Keywords(s): Additive Manufacturing, Advanced Materials Processing, Battery, Catalyst, Patent Issued, Specialty Chemicals
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Low Residue Combustible MICs
Low‑Residue Combustible MICs (Foamed Celluloid Mortar Propellant Increment Containers, Tech ID: 12‑032)
Technology Overview: An economical, low‑residue mortar increment container (MIC) constructed from foamed celluloid (≈50–84% nitrocellulose, ≈15–50% camphor; tunable with energetic plasticizers). The MIC design aims to burn...
Published: 2/13/2026
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Inventor(s): Costas Gogos, Niloufar Faridi, Linjie Zhu, Ming-Wan Young, Fei Shen, Elbert Caravaca, Mohamed Elalem, Viral Panchal, Dale Conti
Keywords(s): Defense OEMs, Low-Residue Combustion, Moisture Resistance, Munitions, Patent Issued, Research & Development (R&D), Specialty Molded Parts
Category(s): Advanced Materials, Manufacturing & Process Technologies
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High‑Uniformity Functional Films
High‑Uniformity Functional Films (System and Method for Fabrication of Uniform Polymer Films Containing Nano and Micro Particles Via Continuous Drying Process Tech ID: 13‑052)
Technology Overview: A scalable system and method to fabricate highly uniform polymer films embedded with nano‑ and microparticles (e.g., actives, pigments, fillers) using a...
Published: 2/13/2026
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Inventor(s): Rajesh Dave, Ramana Susarla
Keywords(s): Coatings, Oral dosage form, Patent Issued, Pharmaceuticals, polymer, Thin films, Transdermal
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Advanced Protective Materials for High‑Performance Protective Wear
Advanced Protective Materials for High‑Performance Protective Wear (Protective Material and Associated Protective Wear, Tech ID: 22‑016)
Technology Overview: This technology introduces advanced protective materials engineered to provide enhanced protection while maintaining flexibility and wearability. The material system is designed to mitigate mechanical,...
Published: 2/13/2026
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Inventor(s): Kamalesh Sirkar, Zafar Iqbal, Yufeng Song, Gregory Peterson, Cheng Peng
Keywords(s): First-Responder, Industrial Worker Assistance, Occupational Health and Safety, Patent Pending, Protective Material, Protective Wear, Safety Equipment
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Concealed Fastener Window and Curtain Wall Systems for Enhanced Architectural Performance
Concealed Fastener Window and Curtain Wall Systems for Enhanced Architectural Performance (Concealed Fastener Window or Curtain Wall Assemblies, Tech ID: 14‑008)
Technology Overview: This NJIT technology introduces a concealed fastener system for window and curtain wall assemblies that improves structural performance while delivering clean, uninterrupted...
Published: 2/13/2026
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Inventor(s): Darius Sollohub, Ha Pham, Daniel Kopec
Keywords(s): Concealed Windows, Construction, Curtain Wall, Patent Issued, thermal performance
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Spherical Composite Powder for Enhanced Reactivity and Material Performance
Spherical Composite Powder for Enhanced Reactivity and Material Performance (Spherical Composite Powder, Tech ID: 19‑005)
Technology Overview: This technology provides a method for producing spherical composite powders with tightly controlled morphology and internal structure. The spherical geometry improves flowability, packing density, and reactivity...
Published: 2/13/2026
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Inventor(s): Mehnaz Mursalat, Mirko Schoenitz, Edward Dreizin
Keywords(s): Additive Manufacturing, Composite Materials, Energetic Materials, Patent Issued, Powder Metallurgy
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Molecular‑Like Hierarchical Self‑Assembly Platform for Advanced Particle Monolayers
Molecular‑Like Hierarchical Self‑Assembly Platform for Advanced Particle Monolayers (System and Method for Molecular‑Like Hierarchical Self‑Assembly of Monolayers of Mixtures of Particles, Tech ID: 14‑011)
Technology Overview This technology enables hierarchical self‑assembly of particle monolayers that behave in a molecular‑like fashion despite being...
Published: 2/13/2026
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Inventor(s): Pushpendra Singh
Keywords(s): Advanced Materials Processing, Coatings, Electrohydrodynamics, Microfluidic, Patent Issued, Self-assembled monolayers, Sensor
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Thin‑Film Deposition with Embedded Self‑Assembled Monolayers for Functional Surfaces
Thin‑Film Deposition with Embedded Self‑Assembled Monolayers for Functional Surfaces (System and Method for Formation of Thin Films with Self‑Assembled Monolayers Embedded on their Surfaces, Tech ID: 13‑047)
Technology Overview: This NJIT technology enables the fabrication of thin films with embedded self‑assembled monolayers (SAMs), creating surfaces...
Published: 2/13/2026
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Inventor(s): Pushpendra Singh
Keywords(s): Coatings, Manufacturing, Patent Issued, semiconductor, Sensor, Thin films
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Electrode‑Array Dielectrophoretic Assembly
Electrode‑Array Dielectrophoretic Assembly (Microfluidic Device for the Assembly & Transport of Microparticles, Tech ID: 07‑029)
Technology Overview: A microfluidic device with independently addressable, interdigitated electrode arrays that uses high‑gradient AC electric fields to assemble microparticles at predefined locations and then transport...
Published: 2/13/2026
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Inventor(s): Boris Khusid, Andreas Acrivos, C.D. James, Anil Kumar
Keywords(s): Advanced Materials Processing, Lab on chip, Manufacturing, Patent Issued
Category(s): Advanced Materials, Manufacturing & Process Technologies
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