Table Of Content

Journal of Electrostatics, 28 (1992) 321-322 321 Elsevier Author Index Volume 28 Avery, L.R., Beyond MIL HBM testing: how to evaluate the real capability of protection structures 301-311 Balachandran, W., D.C. Heale and W.J. Szajnowski, Golay coded electrostatic sensor arrays for cross-correlation flow measurement 47-59 Baum, K.W., see Zupac, D. 241-252 Beltman, R., see Krabbenborg, B. 285-299 Bin, X., see Yan, W. 1-6 Cabrera, V.M. and V. Cooray, On the mechanism of space charge generation and neutralization in a coaxial cylindrical configuration in air 187-196 Case, J.R., see Stanway, R. 89-94 Clum, K.L. and R.J. Pazda, The split segmented roller: A device for measuring lateral charge distribution on a moving web 39-45 Cooray, V., see Cabrera, V.M. 187-196 Cunninghan, S.J., see Price, R.H. 7-38 Galloway, K.F., see Zupac, D. 241-252 Greason, W.D., Electrostatic discharge: a charge driven phenomenon 199-218 Gregory, K.E., see Walmsley, H.L. 99-123, 125-148 Hamamoto, N., Y. Nakajima and T. Sato, Experimental discussion on maximum surface charge density of fine particles sustainable in normal atmosphere 161-173 Heale, D.C., see Balachandran, W. 47-59 Jacobsen, S.C., see Price, R.H. 7-38 Jones, T.B., see Pazda, R.J. 175-185 Krabbenborg, B., R. Beltman, P. Wolbert and T. Mouthaan, Physics of electro-thermal effects in ESD protection devices 285-299 Mills, J.S., see Walmsley, H.L. 61-87 Mouthaan, T., see Krabbenborg, B. 285-299 Nakajima, Y., see Hamamoto, N. 161-173 Pazda, R.J., see Clum, K.L. 39-45 Pazda, R.J. and T.B. Jones, Effect of surface conduction on charge relaxation in partially filled vessels 175-185 Prendergast, M.J., see Stanway, R. 89-94 Price, R.H., S.J. Cunningham and S.C. Jacobsen, Field analysis for the electrostatic eccentric drive micromotor (“‘Wobble Motor’ ) 7-38 Renninger, R.G., Mechanisms of charged-device electrostatic discharges 253-283 Sato, T., see Hamamoto, N. 161-173 322 Schrimpf, R.D., see Zupac, D. 241-252 Sproston, J.L., see Stanway, R. 89-94 Stanway, R., J.L. Sproston, M.J. Prendergast, J.R. Case and C.E. Wilne, ER fluids in the squeeze-flow mode: an application to vibration isolation 89-94 Strauss, M.S. and M.H. White, Protecting N-channel output transistors from ESD damage 219-240 Szajnowski, W.J., see Balachandran, W. 47-59 Walmsley, H.L. and J.S. Mills, Electrostatic ignition hazards in road tanker loading: Part 1. Review and experimental measurements 61-87 Walmsley, H.L. and K.E. Gregory, Electrostatic ignition hazards in road tanker loading: Part 2. Statistical analysis for standard conditions 99-123 Walmsley, H.L. and K.E. Gregory, Electrostatic ignition hazards in road tanker loading: Part 3. The variation of risk with loading conditions 125-148 White, M.H., see Strauss, M.S. 219-240 Wilne, C.E., see Stanway, R. 89-94 Wintle, H.J., Unipolar wire-to-plane corona: accuracy of simple approximations 149-159 Wolbert, P., see Krabbenborg, B. 285-299 Xilu, W., see Yan, W. 1-6 Yan, W., W. Xilu and X. Bin, Research on technique on sterilization to traditional Chinese medicine by electrostatic method 1-6 Zupac, D., K.W. Baum, R.D. Schrimpf and K.F. Galloway, Detection of ESD-induced noncatastrophic damage in p-channel power MOSFETs 241-252 Journal of Electrostatics, 28 (1992) 325 Elsevier Subject Index Volume 28 Bacteria, 1 Ignition hazards, 66, 99, 125 Ions, 187 Charge density, 161 Charge distribution, 39 Latent damage, 241 Charge relaxation, 175 Lightly doped drain devices, 219 Charge transfers, 199 Charged device model, 253 Medicine, 1 Corona discharge, 1, 149 Microactuators, 7 Coronas, 187 Micromotors, 7 MOSFET, 241 Damping, 89 Deutsch model calculations, 149 Output protection, 219 Device, 39 Partially filled vessels, 175 Electro rheology, 89 Powder flow, 47 Electrostatic discharges (ESD), 199, 219, 241, Protection circuits, 301 253, 285, 301 Pulverised coal, 47 Electrostatic motor, 7 Electro-thermal modelling, 285 Road tankers, 66, 99, 125 Fine particles, 161 Semiconductor failure, 285 Finite element analysis, 7 Space charge, 187 Flow sensors, 47 Surface charge density, 161 Surface conduction, 175 Golay codes, 47 Transducer, 7 Human body model, 301 Hydrocarbon fuels, 66, 99, 125 Vibration, 89