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基本説明
The theme of the conference is SYNERGY - to be generated by the interaction of the different disciplines relevant to ERF and MRS investigations.
Full Description
The theme of the above conference was the SYNERGY generated by the interaction of the different disciplines relevant to ERF and MRS investigations. To stimulate this theme, all lecture sessions included a mixture of papers — one session contained applications, methodology, particle dynamics, structure characteristics and whatever is germane to the objective of furthering the standing of the subject. 'Lead-in' lectures were given by experts who had not recently been able to explain their work to colleagues in their own discipline. They were also charged with justifying the relevance of their area of work to the ESF/MRS field as a whole.
Contents
Magnetorheological finishing, W. Kordonsky; Fundamental observations on ER fluids, J.E. Stangroom; Spontaneous rotation of dielectric bodies (SRDB) in electro-rheological suspensions (ERS), Z.P. Shulman; Materials for ER fluids, R. Bloodworth; The conduction model of ER effect revisted, P. Atten; Towards understanding ER fluids using Sals/rheometry, T.C.B. McLeish; Rheological synergistic effects of electric and magnetic field in iron particle suspension, K. Koyama; A nonlinear model for dynamic response of electro-rheological fluid in flow mode, R. Firoozian; properties of electro-rheological fluids containing sulfonated poly (styrene-Co-divinylbenzene) particles, Y. Asako; Contact interactions of ERF particles under an electric field, A. Matsepuro; The development of electrorheological fluids for an automotive semi-active suspension, T.R. Weyenberg; Electrically controllable vibration dampers with ER suspensions and homogenous ER fluids, B. Rech; Dielectric properties of ER fluids in low temperature, L. Zhou; conductivity and force between particles in a model electrorheological fluid I: conductivity, H. Conrad. (Part contents).
