Search Results - "Epstein, N."

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Layer inversion and bed contraction in down-flow binary-solid liquid-fluidized beds.

Authors: Escudié, R. Epstein, N. Grace, J. R.

Source: Canadian Journal of Chemical Engineering; February 2007, Vol. 85 Issue 1, p25-35, 11p

Spouting Enhancement by Addition of Small Quantities of Liquid to Gas-Spouted Beds.

Authors: Nagahashi, Y. Epstein, N. Grace, J. R.

Source: Canadian Journal of Chemical Engineering; October 2006, Vol. 84 Issue 5, p527-531, 5p

Subcooled-boiling and convective heat transfer to heptane flowing inside an annulus and past a coiled wire.

Authors: Müller-Steinhagen, H. Watkinson, A. P. Epstein, N.

Source: Journal of Heat Transfer; November 1986, Vol. 108, p922-933, 12p

Side-outlet spouted bed with draft tube: effect of varying the position of the outlet.

Authors: Brereton, C. M. H. Epstein, N. Grace, J. R.

Source: Canadian Journal of Chemical Engineering; August 1996, Vol. 74, p542-546, 5p

Multi-dimensional model of a spouted bed.

Authors: Krzywanski, R. S. Epstein, N. Bowen, B. D.

Source: Canadian Journal of Chemical Engineering; October 1992, Vol. 70, p858-872, 15p

Influence of operating conditions on particulate fouling.

Authors: Müller-Steinhagen, H. Reif, F. Epstein, N.

Source: Canadian Journal of Chemical Engineering; February 1988, Vol. 66, p42-50, 9p

Zinc hydrosulphite by three-phase fluidization: experiments and model.

Authors: Sastri, N. V. S. Epstein, N. Hirata, A.

Source: Canadian Journal of Chemical Engineering; October 1983, Vol. 61, p635-646, 12p

Three-phase fluidization.

Authors: Epstein, N.

Source: Canadian Journal of Chemical Engineering; December 1981, Vol. 59, p649-657, 9p

Data and models for flow distribution and pressure drop in spouted beds.

Authors: Epstein, N.

Source: Canadian Journal of Chemical Engineering; Aug1978, Vol. 56, p436-447, 12p

Criterion for initial contraction or expansion of three-phase fluidized beds.

Authors: Epstein, N.

Source: Canadian Journal of Chemical Engineering; Aug1976, Vol. 54, p259-263, 5p

Growth of nickel sulfate in a laboratory-scale fluidized-bed crystallizer.

Authors: Phillips, V. R. Epstein, N.

Source: AIChE Journal; July 1974, Vol. 20, p678-687, 10p

Developments in spouted bed technology.

Authors: Mathur, K. B. Epstein, N.

Source: Canadian Journal of Chemical Engineering; April 1974, Vol. 52, p129-144, 16p

Eccentric laminar Couette flow of long cylindrical capsules.

Authors: Epstein, N.

Source: Canadian Journal of Chemical Engineering; April 1974, Vol. 52, p210-214, 5p

Heat and mass transfer in spouted beds.

Authors: Epstein, N. Mathur, K. B.

Source: Canadian Journal of Chemical Engineering; Aug1971, Vol. 49, p467-476, 10p

Laminar flow in regular polygonal shaped ducts with circular centered cores.

Authors: Ratkowsky, D. A. Epstein, N.

Source: Canadian Journal of Chemical Engineering; February 1968, Vol. 46, p22-26, 5p

Numerical analysis of stratified laminar flow of two immiscible Newtonian liquids in a circular pipe.

Authors: Gemmell, A. R. Epstein, N.

Source: Canadian Journal of Chemical Engineering; October 1962, Vol. 40, p215-224, 10p

Heat and mass transfer from elliptical cylinders in steady symmetric flow.

Authors: Masliyah, J. H. Epstein, N.

Source: Industrial & Engineering Chemistry Fundamentals; August 1973, Vol. 12, p317-323, 7p

Steady symmetric flow past elliptical cylinders.

Authors: Masliyah, J. H. Epstein, N.

Source: Industrial & Engineering Chemistry Fundamentals; May 1971, Vol. 10, p293-299, 7p

Fundamental study on washing characteristics of a novel multi-phase flow system.

Authors: Nagahashi, Y. Grace, J. R. Epstein, N.

Source: Proceedings of the Institution of Mechanical Engineers. Part E, Journal of Process Mechanical Engineering.; November 2010, Vol. 224, p223-231, 9p