| 228 - 228 |
MEASUREMENT AND DESCRIPTION OF PARTICLE PROPERTIES AND BEHAVIOR IN POWDERS OTHER DISPERSE SYSTEMS
SCARLETT B |
| 228 - 228 |
CONTROL OF PARTICULATE PROCESSES .3. SANTA-BARBARA, USA, JANUARY 1993
BOXMAN A, ENNIS BJ |
| 229 - 233 |
PARTICLE-SIZE DISTRIBUTION ANALYSIS OF INDUSTRIAL COLLOIDAL SLURRIES USING ULTRASONIC SPECTROSCOPY
PENDSE HP, SHARMA A |
| 234 - 238 |
NEURAL NETWORKS FOR FLOW REGIME IDENTIFICATION WITH DRY PARTICULATE FLOWS
BIDIN AR, GREEN RG, SHACKLETON ME, TAYLOR RW |
| 239 - 245 |
MEASUREMENT OF AGGREGATE FRACTAL DIMENSIONS USING STATIC LIGHT-SCATTERING
RAPER JA, AMAL R |
| 246 - 251 |
ONLINE SURFACE-AREA MEASUREMENT OF CONCENTRATED SLURRIES USING LOW-FIELD SPIN-LATTICE RELAXATION NMR
THOMA SB, SMITH DM, BOUGHTON J, DAVIES R |
| 252 - 261 |
TOMOGRAPHIC TECHNIQUES FOR CHARACTERIZING PARTICULATE PROCESSES
WILLIAMS RA, XIE CG |
| 262 - 265 |
IN-PROCESS PARTICLE-SIZE DISTRIBUTION MEASUREMENTS AND CONTROL
HARVILL TL, HOLVE DJ |
| 266 - 270 |
ENSEMBLE AND SINGLE-PARTICLE LASER PROBE SIZING RESULTS FOR GAS-ATOMIZED ZINC POWDERS
BOYKO CM, LE TH, HENEIN H |
| 271 - 274 |
IMAGE-ANALYSIS FOR OFF-LINE CHARACTERIZATION OF MINERAL PARTICLES AND PREDICTION OF PROCESSING PROPERTIES
SUTHERLAND DN |
| 275 - 278 |
PARTICLE-SHAPE ANALYSIS AS AN EXAMPLE OF KNOWLEDGE EXTRACTION BY NEURAL NETS
KOHLUS R, BOTTLINGER M |
| 279 - 289 |
THE USE OF LASER BACKSCATTER INSTRUMENTATION FOR THE ONLINE MEASUREMENT OF THE PARTICLE-SIZE DISTRIBUTION OF EMULSIONS
SPARKS RG, DOBBS CL |
