School of Engineering, Materials Science & Engineering

Projects

Projects per year 1999 2010 2012 2015 2016 2022

• 15 Finished

Projects per year

Search results

• Finished

  TRIPODS+X:RES:COLLABORATIVE RESEARCH: IMPROVING TEMPLATED MICROSTRUCTURES VIA TOPOLOGICAL DATA ANALYSIS

  Birnie, D.

  National Science Foundation (National Science Foundation (NSF))

  10/1/18 → 9/30/21

  Rutgers, The State University

  Project: Research project

  • tripods 100%
  • microstructure 58%
  • materials science 48%
  • geographic information systems 40%
  • topology 38%

• TYPE I: RUTGERS UNIVERSITY I-CORPS SITE FOR ENTREPRENEURSHIP ACCELERATION

  Birnie, D.

  National Science Foundation (National Science Foundation (NSF))

  8/1/17 → 7/31/22

  Rutgers, The State University

  Project: Research project

  • innovation 100%
  • entrepreneurship 85%
  • commercialization 58%
  • university 43%
  • entrepreneur 21%

• WATER REORIENTATION AND PROTON TRANSPORT AT THE NANOCONFINED WATER/AMORPHOUS OXIDE INTERFACE

  Garofalini, S.

  National Science Foundation (National Science Foundation (NSF))

  7/1/16 → 6/30/19

  Rutgers, The State University

  Project: Research project

  • oxide 100%
  • energy storage 83%
  • water purification 81%
  • water 72%
  • ion 65%

• CAREER: NANOPHOTONIC RADIATIVE DECAY RATE ENGINEERING FOR STABLE BLUE ORGANIC PHOSPHORESCENCE

  O'Carroll, D.

  National Science Foundation (National Science Foundation (NSF))

  6/1/16 → 5/31/21

  Rutgers, The State University

  Project: Research project

  • decay rates 100%
  • phosphorescence 94%
  • emitters 63%
  • research projects 63%
  • engineering 56%

• GOALI: COLLABORATIVE RESEARCH: UNDERSTANDING COMPOSITION-STRUCTURE-CHEMICAL DURABILITY RELATIONSHIPS IN MULTICOMPONENT OXIDE GLASSES: INFLUENCE OF MIXED NETWORK FORMER EFFECT

  Goel, A.

  National Science Foundation (National Science Foundation (NSF))

  9/1/15 → 8/31/19

  Rutgers, The State University

  Project: Research project

  • durability 100%
  • glass 88%
  • oxides 55%
  • corrosion 44%
  • students 33%

• I/UCRC PHASE II: COLLABORATIVE RESEARCH: CERAMIC, COMPOSITE AND OPTICAL MATERIALS CENTER

  Haber, R.

  National Science Foundation (National Science Foundation (NSF))

  8/15/15 → 7/31/20

  Rutgers, The State University

  Project: Research project

  • optical materials 100%
  • ceramics 68%
  • thrust 57%
  • composite materials 51%
  • technology transfer 20%

• RARE EARTH NANOPROBES FOR OPTICAL IMAGING AND DISEASE TRACKING

  Moghe, P., Riman, R., Roth, C., Pierce, M., Riman, R., Roth, C., Moghe, P., Ganapathy, V. & Tan, M. C.

  National Institute of Biomedical Imaging and Bioengineering

  4/15/14 → 5/31/20

  Rutgers, The State University

  Project: Research project

  • Radio Waves 100%
  • Optical Imaging 74%
  • Lanthanoid Atom 35%
  • Contrast Medium 28%
  • Retroperitoneal 24%

• I-CORPS: SOLUTION-PROCESSING OF EARTH-ABUNDANT SOLAR THIN-FILMS

  Birnie, D.

  National Science Foundation (National Science Foundation (NSF))

  10/1/13 → 3/31/14

  Rutgers, The State University

  Project: Research project

  • solar cell 100%
  • solar energy 54%
  • production cost 29%
  • chemical method 28%
  • reaction kinetics 28%

• G8 INITIATIVE: SUSTAINABLE MANUFACTURING OF SOLUTION-PROCESSED DEVICES ON FLEXIBLE SUBSTRATES USING NANOHYBRID MATERIALS

  Riman, R.

  National Science Foundation (National Science Foundation (NSF))

  9/15/12 → 8/31/15

  Rutgers, The State University

  Project: Research project

  • Nanoparticles 100%
  • Hybrid materials 85%
  • Substrates 81%
  • Polymers 73%
  • Nanocomposite films 32%

• Albumin-Encapsulated Rare Earth Nanoprobes for Multifunctional Tissue Imaging

  Moghe, P., Riman, R. & Roth, C.

  National Institute of Biomedical Imaging and Bioengineering

  4/1/12 → 3/31/15

  Rutgers, The State University

  Project: Research project

  • albumins 100%
  • rare earth elements 72%
  • pathology 55%
  • phenotype 54%
  • markers 42%

• IMPACT OF MICROSTRUCTURE ON FLUORIDE SUBSTITUTION IN MINERALIZED TISSUES

  Mann, A.

  National Science Foundation (National Science Foundation (NSF))

  7/15/10 → 6/30/12

  Rutgers, The State University

  Project: Research project

  • fluoride 100%
  • substitution 60%
  • nanotechnology 55%
  • tooth 53%
  • school 52%

• I/UCRC CGI: I/UCRC FOR THE CERAMIC, COMPOSITE AND OPTICAL MATERIALS CENTER

  Haber, R.

  National Science Foundation (National Science Foundation (NSF))

  7/15/10 → 6/30/12

  Rutgers, The State University

  Project: Research project

  • engineering 100%
  • spin-off 78%
  • adequate resources 76%
  • innovation 71%
  • profitability 65%

• MRI-R2: DEVELOPMENT OF AN INTEGRATED STEM INSTRUMENT WITH NANOSCALE MILLI-ELECTRON VOLT ENERGY LOSS SPECTROSCOPY

  Batson, P.

  National Science Foundation (National Science Foundation (NSF))

  4/15/10 → 3/31/13

  Rutgers, The State University

  Project: Research project

  • energy dissipation 100%
  • public law 99%
  • electron energy 85%
  • electron microscopes 82%
  • aberration 81%

• COLLABORATIVE RESEARCH: PLANNING GRANT: I/UCRC FOR THE CERAMIC, COMPOSITE AND OPTICAL MATERIALS CENTER

  Haber, R.

  National Science Foundation (National Science Foundation (NSF))

  8/1/09 → 7/31/10

  Rutgers, The State University

  Project: Research project

  • grant 100%
  • research planning 89%
  • spin-off 18%
  • adequate resources 17%
  • engineering 15%

• HYDROTHERMAL SYNTHESIS OF HYDOXYAPATITE POWDER

  Riman, R.

  National Center for Research Resources

  8/1/99 → 9/30/01

  Rutgers, The State University

  Project: Research project

  • Hydroxyapatite 100%
  • Hydrothermal synthesis 98%
  • Powders 50%
  • Chemical analysis 21%
  • Thermodynamics 18%