Newnham, R.H. and Baldsing, W.G.A, ‘Advanced Management Strategies for Remote-Area Power-Supply Systems’, J. Power Sources, in press (2003).
Newnham, R.H. and Baldsing, W.G.A, ‘Benefits of Partial-State-of-Charge Operation in Remote-Area Power-Supply Systems, J. Power Sources, 107, 273 (2002).
Lam, L.T., Ozgum, H., Newnham, R.H., and Fleming, F.A., ‘Advanced Design of Valve-Regulated Lead-Acid Battery for Hybrid-Electric Vehicles’, J. Power Sources, 88, 92 (2000)
Newnham, R.H. and Baldsing, W.G.A., ‘Performance of Flooded- and Gelled-Electrolyte Lead-Acid Batteries under Remote-Area Power-Supply Duty’, J. Power Sources, 66, 27 (1997).
Hollenkamp, A.F. and Newnham, R.H., ‘Benefits of Controlling Plate-Group Expansion: Opening the Door to Advanced Lead-Acid Batteries’, J. Power Sources, 67, 27 (1997).
Rand, D.A.J., Holden, L.S., May, G.J., Newnham, R.H., and Peters, K., ‘Valve-Regulated Lead-Acid Batteries’, J. Power Sources, 59, 191 (1996).
Newnham, R.H. and Baldsing, W.G.A., ‘New Operational Strategies for Gelled-Electrolyte Batteries’, J. Power Sources, 59, 137 (1996).
Newnham, R.H., Hollenkamp, A.F., and Rand, D.A.J., ‘Effect of Chlorine-Containing Species on Lead-Acid Battery Posts,’ J. Power Sources, 53, 93 (1995).
Newnham, R.H., ‘Discussions on the Lead-Acid Battery, No. 5 Advantages and Disadvantages of Valve-Regulated, Lead-Acid Batteries’, J. Power Sources 52, 149 (1994).
Deacon, G.B., Feng, T., Mackinnon, P., Newnham, R.H., Nickel, S., Skelton, B.W., and White, A.H., ‘Organoamindo- and Aryloxo-lanthanoids: V. Preparations of Low-Coordinate Lanthanoid (II) Phenolates, Ln(OC6H2But2 2,6-X-4)2(thf)n (Ln=Yb or Eu; X=H, Me or But; n = 2 or 3) and the X-ray crystal structure of five-coordinate [Yb(OC6H2But3-2,4,6)2(thf)3], thf.’, Aust, J. Chem, 46, 387 (1993).
Newnham, R.H., ‘Corrosion Rates of Lead-Based Anodes for Zinc Electrowinning at High Current Densities’, J. Appl. Electrochem, 22, 116 (1992).
