1. L. A. Vaisberg, V. P. Baranov. Present state and prospects of developing cyclic
flow technologies // Gorny Zhurnal, 2002. No. 4.
2. Crushing on the move // Mining Magazine, 1999. June. V. 180. No. 6.
3. L. A. Vaisberg, A. N. Safronov. Mobile in
pit crush
er based on vibrational disintegration method // Obo
gashchenie Rud, 2002. No. 6.
4. Developing cyclic
flow technologies for mining and stripping works // V. P. Lyakhov, V. A. Aleksandrov, N. N. Melnikov, et al. // Gorny Zhurnal, 2002. (Special issue).
5. P. A. Shemetov. Monitoring the ore flow quality when employing a cyclic
flow technology in developing structurally complex deposits // Gorny Zhurnal, 2002. (Special issue).
6. International Workshop “Present state and prospects for wide introduction of cyclic
flow technology” // Gorny Zhurnal, 2003. No. 1.
7. A. F. Terekhov, A. V. Burdayev. Developing and Optimizing the technologies at crushing and sorting plants, Obogashchenie Rud, 1994. No. 1.
8. L. A. Vaisberg, A. V. Bortnikov. Autogenous grind
ing as the principal ore preconcentration process in the 21st century // Gorny Zhurnal, 2002. No. 3.
9. L. A. Vaisberg, V. P. Baranov, P. I. Kruppa. Main trends in the development of ore disintegration processes in the 21st century, Obogashchenie Rud, 2002. No. 3.
10. L. A. Vaisberg, L. P. Zarogatsky. New equip. for crush. and grind. of mater. // Gorny Zhurnal, 2000. No. 3.