TECHNOLOGY PUBLICATIONS

Note: Some reprints are available in very limited quantity. Historically Significant Publications.

• ID(1)
  "Rapid Analysis of Particle Size Distributions by Laser Light Scattering" Authors: E. L. Weiss / H. N. Frock
• ID(2)
  "Continuous Particle Size Analysis & Grinding Control" Authors: T. Bay / H. J. Kortwright / E. C. Muly
• ID(3)
  "Light Scattering Measurements of Particle Distributions" Authors: A. L. Wertheimer / W. L. Wilcox
• ID(4)
  "The Application of Fourier Imaging Systems to Fine Particles" Authors: E. C. Muly / H. N. Frock / E. L. Weiss
• ID(5)
  "Fine Sand and Silt Particle-Size Analysis by Laser Beam" Authors: Tamirie Hawando / 0. W. Bidwell
• ID(6)
  "Particle Size Instrumentation for the Ceramic Industry" Authors: H. N. Frock / R. L; Walton
• ID(7)
  "Particulate Analysis Instrumentation for the Cement Industry" Authors: E. C. Muly / H. N. Frock / David L. Grammes
• ID(8)
  "Particle Size Analysis of Fillers used in Plastics" Authors: Tibon G. Pusztai / James R. Ritter
• ID(9)
  "Soil Particle Shape: Part I. Relationship of Particle Size to Spherical Indicators" Authors: Tamirie Hawando / 0. W. Bidwell
• ID(10)
  "Soil Particle Shape: Part II. Effect on Particle-Size Distribution Analyses by Pipette, Hydrometer and Microtrac. Histogram Particle-Size Analyzer" Authors: Tamirie Hawando / 0. W. Bidwell / Desta Hamito
• ID(11)
  "Optical Based, Microprocessor Controlled, Stack Particulate Monitor" Authors: A. L. Wertheimer / G. J. Pfisterer, Jr.
• ID(12)
  "Extended Range Instrumentation for Large Particle Analysis" Authors: A. L. Wertheimer / G. J. Pfisterer, Jr.
• ID(13)
  "Submicron Particle Size Analysis using Light Scattering" Authors: E. C. Muly / H. N. Frock
• ID(14)
  "Quality Control of Rolling Mill Emulsions using the Microtrac Monitor" Authors: E. C. Muly / H. N. Frock
• ID(15)
  "Particle Size Measurements of Food Products using Laser Light Scattering" Author: P. E. Plantz, PhD
• ID(16)
  "Particle Size Measurement of Metal Powders using Laser Light Scattering" Authors: T. E. Morris / H. Bell
• ID(17)
  "Particle Size Determination of Coal in Coal Oil Mixtures" Authors: Tom Morris / Ryan Nelson
• ID(18)
  "MICROTRAC: A Rapid Particle-Size Analyzer of Sediments and Soils Authors: R. L. Haverland / L. R. Cooper
• ID(19)
  "Efficacy of Particle Size Analysis to maintain quality while reducing energy consumption of grinding mills" Author: P. Plantz
• ID(20)
  "Rapid Analysis of Submicron Particles" Authors: Phil Plantz / H. N. Frock
• ID(21)
  "The Use of particle size measurement to minimize energy consumption and to maximize plant through-put." Author: P. E. Plantz
• ID(22)
  "Characterization of Rubber Particle Size Distribution of High-Impact Polystyrene Using Low-Angle Laser Light Scattering", Authors: R. A. Hall/R. D. Hites/P.E. Plantz
• ID(23)
  "Rapid Particle Size Analysis By Laser Light Scattering", Authors: Philip E. Plantz/Charles M. T. Lowe
• ID(24)
  "MICROTRAC Particle-Size Analyzer: An Alternative Particle-Size Determination Method for Sediment and Soils", Authors: L. R. Cooper/R. L. Haverland/D. M. Hendricks/W. G. Knisel (10/84)
• ID(25)
  "The Effect of Browm'an Motion on Particle Size Analysis by Sedimentation", Authors: H.S. Chung/R.Hogg
• ID(26)
  "Estimating The Concentration Of Secondary Quinoline Insolubles" Author: George R. Romovacek (Koppers Co., Inc.)
• ID(27)
  "Rapid Particle Size Analysis By Laser Scattering", Authors: Philip E. Plantz,PH.D. & Charles M.T.Lowe.B.S. Leeds & Northrup, MICROTRAC Products.
• ID(28)
  "Using light scattering to monitor particle size", Authors: HAROLD N. FROCK, Leeds & Northrup, MICROTRAC Products
• ID(29)
  "Particle Size Determination Using Angular Light Scattering" Author: Harold N. Frock, Leeds & Northrup, MICROTRAC
• ID(30)
  "Monitor & Control With MICROTRAC" Author: Harold N. Frock Leeds & Northrup, MICROTRAC

• ID(31)
  Extended range particle size distribution using laser diffraction techniques: A new perspective " T. Griffen, Petrophysical Properties, Inc. 1991
• ID(32)
  "Unified scatter techniques for full range particle size measurement." Freud,P., Clark,A.H. ,H.N. Frock., Pittsburgh Conference, March 8-12, 1993, Atlanta, GA.
• ID(33)
  "Unified scatter techniques for full range particle size measurement." Freud,P.,M.N. Trainer and ,H.N. Frock., American Laboratory, 1994.
• ID(34)
  "Operating experience with particle size measurements in the nanometer range using dynamic light scattering". Dr. Ing. Manfred Weber, Huls Aktiengesellschaft, Marl Germany.
• ID(35)
  "Particle size measurement of high-concentration suspensions", P. Plantz and R. Dost, American laboratory News, 1997
• ID(36)
  "Measurement of submicron particles using static and dynamic light scattering", Philip Plantz and Michael Trainer, American Laboratory News, 1998
• ID(37)
  "Particle size measurement-impulse response model for inversion of scattered light." 1997, M.N. Trainer, P.J. Freud, E.L. Weiss, W.L. Wilcock.
• ID(38)
  "High-concentration submicron particle size distribution by dynamic light scattering". Amer. Lab. July 1992. M.N. Trainer, P.J. Freud and E.M. Leonardo.
• ID(39)
  "Measuring nanometer-sized particles with dynamic light-scattering techniques.", Powder and Bulk Engineering, Feb. 1995, P. Plantz and P. Freud.
• ID(40)
  "A New Approach to Particle Sizing by Dynamic Light Scattering", P.J. Freud and M.N. Trainer. A white paper.
• ID(41)
  The Effects of Particle Shape on particle size Resolution Using Angular light Scattering
  Measurements ( March 2003 M.N. Trainer )