Powder Technology 1991: Vol 67 Index

5 Pages·1991·0.82 MB·English

Powder Technology, 67 (1991) 297
Author Index of Volume 67
Abanades, J. C., 113 Garboczi, E. J., 121 Lin, C. L., 103 Satoh, M., 11
Abu-Zaid, S., 1 Garcia, J. C., 291 Lum, L.-S. H., 201 Saxena, S. C., 265
Adanez, J., 113 Garnero, L., 27 Scarlett, B., 237, 249
Ahmadi, G., 1 Gautam, M., 187 Schneider, C. L., 103
Alonso, M., 11 Geldart, D., 163 McKenzie, Jr., E. A., 187 Shen, Z., 93
Artos, V., 291 Graf, J. C., 83 Malghan, S. G., 201 Sohoni, S., 277
Azzi, M., 27 Mandal, G., 277 Sridhar, R., 277
Haggblad, H.-A., 127 Mazza, G. D., 137 Srinivas, B. K., 15
Baeyens, J., 217 Higashi, K., 11 Miller, J. D., 103
Barreto, G. F., 137 Hongzhong Li, 37 Minor, D. B., 201 Thompson, L., 57
Beeckmans, J. M., 67 Miyanami, K., 11 Tory, C. B., 71
Bergougnou, M. A., 93 Ito, T., 11 Tory, E. M., 71
Bernard, J. R., 27 Turlier, P., 27
Berto, C. A., 137 Janczuk, B., 223 Nieh, S., 229
Bhatia, S. K., 145, 153 Jones, P., 163 van den Bergh, W. J.
Bialopiotrowicz, T., 223 237, 249
Briens, C. L., 87, 93 Kamel, M. T., 71 Peleg, M., 21
Khakhar, D. V., 145, 153 Peri, S. S., 287 Wojcik, W., 22
Chhabra, R. P., 15, 287 King, R. P., 103 Pis, J. J., 291
Clark, N. N., 57, 187 Kwauk, M., 93 Popplewell, L. M., 21
Das Gupta, S., 145 Xuereb, C., 43
Laguérie, C., 43
de Lannoy, M. R. J., 249
Latkovic, D., 207 Rao, N. S., 265 Yousuf, M., 265
me FE. Fa ae Lee, S. W. 229 Rao, S. J., 153
Fuertes, A. B., 291 Levy, E. K., 207 Rubiera, F., 291 Zimmels, Y., 175
Elsevier Sequoia/Printed in The Netherlands
Powder Technology, 67 (1991) 298-300
Subject Index of Volume 67
n-Alkane Electroconductivity
coal film—air bubble—water systems and froth flota- regular electroconductive networks made from metal-
tion of coal: stability of, 223 coated plastic powders: effect of plastic particle
Attrition size on conductivity, 11
prediction of, in continuous fluid bed system, 291
Axial transport Filtration systems
of granular solids in horizontal rotating cylinders: probabilistic design approach for, 175
experiments in non-flow system, 153 Fine grinding
theory, 145 effect of grinding aids on, of limestone, quartz and
Portland cement clinker, 277
Ball mill Fine particles
high-energy agitation: silicon nitride powder milling importance of resolution limits to interpretation of
kinetics in, 201 fractal descriptions of, 83
Binary powder mixtures Fine powders
compressible: segregation of, subjected to tapping, 21 and viscous liquid; hydrodynamic and heat transfer
Brittle particulate solids investigations conducted in bubble column with,
influence of particle breakage on wall friction coeffi- 265
cient of: application to silo design, 249 Flow characteristics
influence of wall inclination, normal load displace- of fluidized magnetite powder in inclined open chan-
ment, 237 nel, 207
Bubble column Fluid bed
hydrodynamic and heat transfer investigations con- circulating; mapping solid concentration in, using
ducted in, with fine powders and viscous liquid, gammametry, 27
265 continuous, system; prediction of attrition in, 291
Bubble—water systems Fluid flow
coal/n-alkane film—air, systems and froth flotation of non-Newtonian (purely viscous), through packed
coal; stability of, 223 beds: effect of particle shape, 15
Fluidization velocities
Circulating fluid bed minimum, of fluidized-bed coal-combustion solids,
mapping solid concentration in, using gammametry, 113
27 Fluidization velocity
Clusters minimum; effect of operating temperature on, 217
sedimentation of, of identical spheres: periodic mo- Fluidized bed
tion of four spheres, 71 coal-combustion solids; minimum fluidization veloci-
Coal ties of, 113
‘n-alkane film—air bubble—water systems and froth effects of tube orientation and gas velocity on ero-
flotation of coal: stability of, 223 sion of tube inserted into, 229
-combustion solids, fluidized-bed: minimum fluidiza- gas-; behaviour of continuous horizontal or inclined
tion velocities of, 113 jets introduced into: morphology of jets, 43
Combustion slugging; differential pressure measurements in,
minimum fluidization velocities of fluidized-bed coal- 187
combustion solid, 113 two-dimensional; jet presence probability in, 93
Compaction Fluidized magnetite powder
segregation of compressible binary powder mixtures flow characteristics of, in inclined open channel,
subjected to tapping, 21 207
Conductivity Fluid—particle flow
regular electroconductivity networks made from phase diagram and ideal sealing state for vertical
metal-coated plastic powders: effect of plastic moving bed, 37
particle size on conductivity, 11 Fractal descriptions
Constitutive models importance of resolution limits to interpretation of,
for powder materials, 127 of fine particles, 83
Free-fall velocity
Dense particulate media simple method for estimation of, of spherical parti-
evaluation of radiative heat transfer properties in, cles in power law liquids, 287
137 Froth flotation
Differential pressure measurements of coal and stability of coal/n-alkane film—air
in slugging fluidized bed, 187 bubble—water systems, 223
Elsevier Sequoia/Printed in The Netherlands
Gammametry Packed beds
mapping solid concentration in circulating fluid bed non-Newtonian (purely viscous) fluid flow through:
using, 27 effect of particle shape, 15
Gas-fluidized bed Particle breakage
behaviour of continuous horizontal or inclined jets influence of, on wall friction coefficient of brittle
introduced into: morphology of jets, 43 particle solids:
Gas velocity application to silo design, 249
and tube orientation; effects of, on erosion of tube influence of wall inclination, normal load dis-
inserted into fluidized bed, 229 placement, 237
Granular powders Particle drag prediction
behaviour of L-valves with, 163 holistic approach to, 57
Granular simple shear flows Particle shape
analysis of, with rate-dependent model, 1 effect of; non-Newtonian (purely viscous) fluid flow
Granular solids through packed beds, 15
axial transport of, in horizontal rotating cylinders: Particle size
experiments in non-flow system, 153 plastic: effect of, on conductivity; regular electrocon-
theory, 145 ductive networks made from metal-coated plastic
Grinding aids powders, 11
effect of, on fine grinding of limestone, quartz and Periodic motion
Portland cement clinker, 277 of four spheres; sedimentation of clusters of identi-
cal spheres, 71
Heat transfer Permeability calculations
and hydrodynamic investigations conducted in bubble mercury porosimetry and effective networks for, in
column with fine powders and viscous liquid, 265 porous materials, 121
Holistic approach Phase diagram
to particle drag prediction, 57 fluid—particle flow, and ideal sealing state for vertical
Hydrodynamic investigations moving bed, 37
and heat transfer investigations conducted in bubble Plastic powders
column with fine powders and viscous liquid, 265 regular electroconductivity networks made from
metal-coated: effect of plastic particle size on
Jet(s) conductivity, 11
Pneumatic transport line
morphology of; behaviour of continuous horizontal
solids volume fraction at injection point in, 67
or inclined jets introduced into gas-fluidized bed,
43 Porosimetry
mercury, and effective networks for permeability cal-
presence probability in two-dimensional fluidized
culations in porous materials, 121
bed, 93
Portland cement clinker
and limestone and quartz; effect of grinding aids on
Limestone
fine grinding of, 277
and quartz and Portland cement clinker; effect of
Powder materials
grinding aids on fine grinding of, 277 constitutive models for, 127
L-valves Power law fluids
behaviour of, with granular powders, 163 Newtonian and pseudoplastic; correlation for direct
calculation of terminal velocity of spherical parti-
Magnetite powder cles in, 87
fluidized; flow characteristics of, in inclined open Power law liquids
channel, 207 simple method for estimation of free-fall velocity of
Mercury porosimetry spherical particles in, 287
and effective networks for permeability calculations Probabilistic design approach
in porous materials, 121 for filtration systems, 175
Milling kinetics
silicon nitride powder, in high-energy agitation ball
mill, 201
Morphology
Quartz
of jets; behaviour of continuous horizontal or and limestone and Portland cement clinker; effect of
inclined jets introduced into gas-fluidized bed, grinding aids on fine grinding of, 277
43
Newtonian and pseudoplastic fluids
(power-law); correlation for direct calculation of ter- Radiative heat transfer properties
minal velocity of spherical particles in, 87 evaluation of, in dense particulate media, 137
Random fracture model
Operating temperature improved transformation technique for prediction of
effect of, on minimum fluidization velocity, 217 liberation by, 103
300
Rotating cylinders Solids volume fraction
axial transport of granular solids in horizontal: at injection point in pneumatic transport line, 67
experiments in non-flow system, 153 Spherical particles
theory, 145 correlation for direct calculation of terminal velocity
of, in Newtonian and pseudoplastic (power-law)
fluids, 87
Sedimentation sedimentation of clusters of identical spheres: peri-
of clusters of identical spheres: periodic motion of odic motion of four spheres, 71
four spheres, 71 simple method for estimation of free-fall velocity of,
Segregation in power law liquids, 287
of compressible binary powder mixtures subjected to
tapping, 21 Terminal velocity
Shear flows correlation for direct calculation of, of spherical par-
analysis of granular simple, with rate-dependent ticles in Newtonian and pseudoplastic (power-
model, 1 law) fluids, 87
Silicon nitride powder
milling kinetics in high-energy agitation ball mill, Wall friction coefficient
201 influence of particle breakage on, of brittle particu-
Silo design late solids:
application to; influence of particle breakage on wall application to silo design, 249
friction coefficient of brittle particulate solids, influence of wall inclination, normal load dis-
249 placement, 237
Erratum
Powder Technology, 66 (1991) 265-280
The compaction behaviour of particulate materials. An elucidation
based on percolation theory
L. E. Holman
(King of Prussia, PA, U.S.A.)
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