1988

FLOWABILITY OF SMELTING GRADE ALUMINA

Roach, G.I.D. and Reid, G.

PARTICLE SIZE MEASUREMENT AND INTERPRETATION

Davies, T.J.

IRON CONTROL BY IMPROVED DIGESTION TECHNOLOGY

K. Solymar, K., Zoldi, J. and Ferenczi, T.

NEW POLYMERS FOR THE BAYER PROCESS

Spitzer, D.P., Rothenberg, A.S., Heitner, H.I. and Lewellyn, M.E.

OPTIMISATION OF ALUMINA PRECIPITATION USING MATHEMATICAL SIMULATION

Cresswell, P.J.and Nguyen, T.

ALUMINA PRODUCTION FOR MODERN SMELTING TECHNOLOGIES BY HIGH SOLID CONTENT PRECIPITATION

Cristol, B. and Mordini, J

RECENT ADVANCES IN ORGANICS - OXALATE CONTROL IN, AND OXALATE DISPOSAL ARISING FROM THE BAYER PROCESS

The, K

SODA IN ALUMINA. POSSIBLE MECHANISMS FOR SODA INCORPORATION

Grocott, S.C. and Rosenberg, S P.

CRYSTAL GROWTH MODIFICATION: PRACTICAL AND THEORETICAL CONSIDERATIONS FOR THE BAYER PROCESS

Roe, W.J., Owen, D.O. and Jankowski, J.A.

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