Powder Technology

Powder Technology, Vol.86, No.1 Entire volume, number list

ISSN: 0032-5910 (Print)

In this Issue (18 articles)

1 - 2	Commemorative Issue in Honor of Loffler,Friedrich - Obituary Gang P, Riebel U
3 - 5	Commemorative Issue in Honor of Loffler,Friedrich - Introduction Gang P
7 - 20	Low-Reynolds-Number Flow-Fields in Imperfect Fiber Arrangements Nagel F, Buggisch H
21 - 29	Dust Cake Detachment from Gas Filters Koch D, Seville J, Clift R
31 - 36	Recent Investigations with Nozzle Scrubbers Ebert F, Buttner H
37 - 40	Development of a Cyclone Separator with New Design Molerus O, Gluckler M
41 - 47	Charge-Distribution and State of Agglomeration After Tribocharging Fine Particulate Materials Schonert K, Eichas K, Niermoller F
49 - 57	Steam Jet Agglomeration of Water-Soluble Material Hogekamp S, Schubert H, Wolf S
59 - 68	Motion and Stress Intensity of Grinding Beads in a Stirred Media Mill .1. Energy Density Distribution and Motion of Single Grinding Beads Blecher L, Kwade A, Schwedes J
69 - 76	Motion and Stress Intensity of Grinding Beads in a Stirred Media Mill .2. Stress Intensity and Its Effect on Comminution Kwade A, Blecher L, Schwedes J
77 - 86	Production of Fine Powders by Ultrasonic Standing-Wave Atomization Bauckhage K, Andersen O, Hansmann S, Reich W, Schreckenberg P
87 - 93	The Role of Gas Mixing in Flame Synthesis of Titania Powders Pratsinis SE, Zhu WH, Vemury S
95 - 102	Mass Flux and Effective Migration Velocity in Electrostatic Precipitators Riehle C
103 - 111	Characterization of the Filtration and Regeneration Behavior of Rigid Ceramic Barrier Filters at High-Temperatures Berbner S, Pilz T
113 - 117	Simulation of 3-Dimensional Dust Structures via Particle Trajectory Calculations for Cake-Forming Filtration Schmidt E
119 - 126	Electrically Stimulated Agglomeration at an Earthed Surface Riehle C, Wadenpohl C
127 - 135	Possibilities of Near Backward Light-Scattering for Characterizing Dense Particle-Systems Heffels C, Willemse A, Scarlett B
137 - 144	Prediction of Venturi Scrubber Grade Efficiency Curves Using the Contacting Power-Law Allen RW