Particle Technology at NJIT, March 25-26, 1999

Poster Presentations

  1. Study of Powder Segregation during Discharge from a Vibrated Hopper


    2. T. P. Ravichandran, A. Mujumdar, G. James, R.N. Dave, C.Y. Wu, S. Watano

    Particle Processing Research Center, New Jersey Institute of Technology

  2. Measuring Angle of Repose by Magnetically Assisted Powder Flow System (MAPF)


    3. G. James, C.Y. Wu, R. Dave

    Particle Processing Research Center, New Jersey Institute of Technology

  3. Controlling Powder Discharge from Storage by a Magnetically Enhanced Powder Discharge System


    4. G. James, C. Y. Wu, S. Watano, R. Dave

    Particle Processing Research Center, New Jersey Institute of Technology

  4. Dry Particle Coating: Synthesis, Application and Simulation


    5. M. Ramlakhan, A. Mujumdar, B. Chanduri, R. Dave, R. Pfeffer

    Particle Processing Research Center, New Jersey Institute of Technology

  5. Evaluation of the Rotating Fluidized Bed as a Dry Coater


    6. W. Dunphy, M. Sawhney, S. Watano, R. Dave, R. Pfeffer

    Particle Processing Research Center, New Jersey Institute of Technology

  6. Ultrasound to Decontaminate Dredged Sediments


    7. J.N. Meegoda, K. Veerawat, R. Perera, N. Aboobaker, A.M. Zapata

    Department of Civil and Environmental Engineering, New Jersey Institute of Technology

  7. Measurement of Particle Size during Granulation from Stress Fluctuation Spectra


    8. I. Talu, G. I. Tardos

    Department of Chemical Engineering, City University of the City of New York

  8. Computer Simulation of Wet Granulation


    9. I. Talu, G. I. Tardos

    Department of Chemical Engineering, City University of the City of New York

  9. Flow and Segregation of Granular Materials


    10. E. Liss, B. Glasser

    Rutgers University, New Brunswick

  10. Density Waves in a "Single Phase" Fluidized Bed


    11. J. Johri, B. Glasser

    Rutgers University, New Brunswick

  11. Simultaneous Removal of NOx and Soot from the Exhaust of Diesel Powered Vehicles using a Rotating Fluidized Bed Reactor (RFBR)


    12. S. Xiao1, G-H. Qian1, I. W. Burdick1, I. Bagyi1, R. Pfeffer1, H. Shaw1,

    J. G. Stevens2

    1 - New Jersey Institute of Technology

    2 – Montclair State University, Montclair

  12. Soot Removal from Diesel Engine Exhaust using a Rotating Fluidized Bed Filter


    13. G-H. Qian1, I. W. Burdick1, I. Bagyi1, R. Pfeffer1, H. Shaw1,

    J. G. Stevens2

    1 - New Jersey Institute of Technology

    2 – Montclair State University, Montclair

  13. A Parametric Study of a Horizontal Rotating Fluidized Bed Using Cylindrical Gas Distributors


    14. G-H. Qian1, I. W. Burdick1, I. Bagyi1, R. Pfeffer1, H. Shaw1,

    J. G. Stevens2

    1 - New Jersey Institute of Technology

    2 – Montclair State University, Montclair

  14. Particle Mixing in a Rotating Fluidized Bed: Inferences about the Fluidized State


    15. G-H. Qian1, I. W. Burdick1, I. Bagyi1, R. Pfeffer1, H. Shaw1,

    J. G. Stevens2

    1 - New Jersey Institute of Technology

    2 – Montclair State University, Montclair

  15. Effect of Pretreatment on the Attrition Resistance of Al2O3


    16. D. Wei, J.G. Goodwin, Jr.

    Department of Chemical and Petroleum Engineering, University of Pittsburgh

  16. Dr. Zhu Modeling of Flow through Rotating Fluidized Bed


    17. C. Zhu, C.-H. Lin, R. Pfeffer, G. Qian, and X. Wang

    New Jersey Institute of Technology

  17. A Continuum Approach to the Study of Particle Flows in Hoppers


    18. D. Blackmore1, R. Samulyak1, R.N. Dave2

    1 - Department of Mathematical Sciences, NJIT

    2 - Department of Mechanical Engineering, NJIT
     

  18. Ordered-Array of Nano-Sized Silica Spheres
        Y. Zhang*, M. Ajgaonkar*, S. Vijayalakshmi, H. Grebel

        Optical Waveguide Laboratory, New Jersey Institute of Technology

         C. W. White

        Oak-Ridge National Lab, Oak Ridge, TN