1 - 1 |
Electrostatic phenomena in particulate processes - Foreword Ghadiri M, Matsusaka S, Masuda H |
2 - 13 |
Tribo-charge and rebound characteristics of particles impact on inclined or rotating metal target Ema A, Yasuda D, Tanoue K, Masuda H |
14 - 22 |
Impact charging experiments with single particles of hundred micrometre size Matsuyama T, Ogu M, Yamamoto H, Marijnissen JCM, Scarlett B |
23 - 34 |
Estimation of electrostatic charge distribution of flowing toner particles in contact with metals Yoshida M, Shimosaka A, Shirakawa Y, Hidaka J, Matsuyama T, Yamamoto H |
35 - 42 |
Tribocharging mechanism of mono-component irregular and spherical toners in an electrophotographic development system Takagi K, Castle GSP, Takeuchi M |
43 - 49 |
The environment humidity effect on the tribo-charge of powder Nomura T, Satoh T, Masuda H |
50 - 58 |
The effect of moisture sorption on electrostatic charging of selected pharmaceutical excipient powders Rowley G, Mackin LA |
59 - 64 |
Induction charge on freely levitating particles Wu Y, Castle GSP, Inculet II, Petigny S, Swei G |
65 - 75 |
Relative importance of electrostatic forces on powder particles Feng JQ, Hays DA |
76 - 81 |
The effect of many-body interactions on the electrostatic force on a finite chain of spheres confined in a long charged tube Sharif AO, Afshar MH, Moghadasi J, Williams TJ |
82 - 91 |
The influence of particle charge and roughness on particle-substrate adhesion Zhou HB, Gotzinger M, Peukert W |
92 - 104 |
Mitigation of segregation and stratification in bulk granular mixtures by the electroclamping method Eow JS, Speranza A, Hayati I, Ghadiri M |
105 - 111 |
Electric field controlled dilute-dense flow transition in granular flow through a vertical pipe Hou MY, Chen W, Zhang T, Lu KQ |
112 - 117 |
Numerical simulation of electrostatic charge in powder pneumatic conveying process Watano S, Saito S, Suzuki T |
118 - 135 |
On the modelling of the particle dynamics in electro-hydrodynamic flow-fields: I. Comparison of Eulerian and Lagrangian modelling approach Schmid HJ, Vogel L |
136 - 149 |
On the modelling of the particle dynamics in electro-hydrodvnamic flow fields: II. Influences of inhomogeneities on electrostatic precipitation Schmid HJ |
150 - 155 |
Bipolar charge distribution of a mixture of particles with different electrostatic characteristics in gas-solids pipe flow Matsusaka S, Oki M, Masuda H |
156 - 163 |
Bipolar charge measurement of pharmaceutical powders Balachandran W, Kulon J, Koolpiruck D, Dawson M, Burnel P |
164 - 168 |
On-line continuous measurement of particle size using electrostatic sensors Zhang JQ, Yan Y |
169 - 180 |
Elutriation control and charge measurement of fines in a gas fluidized bed with ac and dc electric fields Wang JS, Colver GM |
181 - 191 |
Measurement of particle charge-to-mass ratios in a gas-solids fluidized bed by a collision probe Chen AH, Bi HT, Grace JR |
192 - 200 |
Generation of static electricity during fluidisation of polyethylene and its elimination by air ionisation Revel J, Gatumel C, Dodds JA, Taillet J |
201 - 208 |
Static charge elimination on polymer particulates during their industrial production: supersonic injection technology Taillet J |
209 - 215 |
A new passive-type electrostatic eliminator used in a powder storage silo Kodama T, Suzuki T, Mogami T, Watano S |
216 - 222 |
Computer simulation for assessment of electrostatic hazards in filling operations with powder Ohsawa A |
223 - 233 |
Ignition hazard due to static electricity in particulate processes Glor M |
234 - 242 |
A study on the static electrification of powders during pneumatic transportation and the ignition of dust cloud Nifuku M, Katoh H |
243 - 249 |
Electrostatic charging of particulates by ionic current in alternating electric field Lackowski M, Adamiak K, Jaworek A, Krupa A |
250 - 260 |
On the simulation of space charge in electrostatic powder coating with a corona spray gun Ye Q, Domnick J |
261 - 265 |
The voltage-current characteristics and dispersion effect of RLW electrostatic disperser Ren J, Lu SC, Tang FQ |
266 - 284 |
Electrostatic collection of submicron particles with the aid of electrostatic agglomeration promoted by particle vibration Nakajima Y, Sato T |
285 - 294 |
The role of the space charge density in particulate processes in the example of the electrostatic precipitator Bottner CU |
295 - 301 |
Experimental study of fly ash precipitation in a model electrostatic precipitator with discharge electrodes of different design Jedrusik M, Swierczok A, Teisseyre R |
302 - 309 |
EHD micromixing reactor for particle synthesis DePaoli DW, Tsouris C, Hu MZC |
310 - 320 |
The effect of external electric fields during flame synthesis of titania Kammler HK, Jossen R, Morrison PW, Pratsinis SE, Beaucage G |
321 - 335 |
Unipolar ion charging and coagulation during aerosol formation by chemical reaction Fujimoto T, Kuga Y, Pratsinis SE, Okuyama K |
336 - 344 |
Classification of monodisperse aerosol particles using an adjustable soft X-ray charger Han BW, Shimada M, Okuyama K, Choi M |
345 - 353 |
Application of non-thermal plasmas on toxic removal of dioxin-contained fly ash Zhou YX, Yan P, Cheng ZX, Nifuku M, Liang XD, Guan ZC |
354 - 360 |
Electrostatic control of domestic dust and allergen particles for improved air quality Gaunt LF, Jerrim KL, Hughes JF |
361 - 366 |
Effect of electrostatic field on dripping of highly conductive and viscous liquids Speranza A, Ghadiri M |