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[51] Chen F, Gomez CO, Finch JA (2001) Bubble size measurement in flotation machines. Min-
erals Engineering 13(10):1049-1057
[52] Bartolacci G, Ourriban M, Lockhart A, Michaud F, Faucher A, Knutila D, Finch JA, Fortin
A, Goyette G (2007) Effect of process conditions on froth stability in an industrial copper
flotation circuit. In Proceedings of the Sixth International Copper Conference (R. del Villar,
J.E. Nesset, C.O. Gomez, A.W. Stradling Eds), August 25-30, Toronto (Canada), Vol. 2.,
221-232
[53] Grau R, Heiskanen K (2002) Visual technique for measuring bubble size in flotation ma-
chines. Minerals Engineering 15:507-513
[54] Maldonado M, Desbiens A, del Villar R, Girgin EH, Gomez CO (2008) On-line estimation
of bubble size distributions using gaussian mixture models. Proceedings of V International
Mineral Processing Seminar, Procemin 2008 (R. Kuyvenhoven, C.O. Gomez and A. Casali
Eds), Santiago (Chile). October 22-24, 389-398
[55] Rodrigues R, Rubio J (2003) New basis for measuring the size distribution of bubbles. Min-
erals Engineering 16:757-765
[56] Couto HJB, Nunez DG, Neumann R, Fran¸a SCA (2009) Micro-bubble size distribution
measurements by laser diffraction technique. Minerals Engineering 22:330-335
[57] Berton A, Hodouin D (2003) Linear and bilinear fault detection and diagnosis based on
energy and mass balance equations. Control Engineering Practice 11:103-113
[58] Gertler J (1998) Fault detection and diagnosis in engineering systems. Marcel Dekker, New
Yo r k
[59] Romagnoli JA, Sanchez MC (2000) Data processing and reconciliation for chemical process
operations. Academic Press
[60] Kailath T, Sayed AH, Hassibi B (2000) Linear estimation. Prentice-Hall, New Jersey
[61] Bergh LG, Yianatos JB, Cartes F (1996) Hierarchical control strategy at el Teniente flota-
tion columns. Proceedings of International Conference on Column Flotation'96, Montreal
(Canada), 369-380
[62] Bergh LG, Yianatos JB, Acuna C, Perez H, Lopez F (1999) Supervisory control at Salvador
flotation columns. Minerals Engineering, 12:733-744
[63] Edgar T, Himmelblau DM (2001) Optimization of chemical processes. McGraw-Hill, 2nd
edn
[64] Bergh LG, Yianatos JB (2003) Flotation column automation. Control Engineering Practice
11:67-72
[65] Bouchard J, Desbiens A, del Villar R, Nunez E (2009) Column flotation simulation and
control: An overview. Minerals Engineering 22:519-522
[66]
Ljung L (1999) System identification - Theory for the user. Prentice Hall, 2nd edn
[67]
Verhaegen M, Verdult V (2007) Filtering and system identification - a least squares approach.
Cambridge University Press, New York
[68]
Chuk OD, Mut V, N unez E, Gutierrez L (2001) Multivariable predictive control of froth
depth and gas holdup in column flotation. 10th IFAC Symposium on Automation in Mining,
Mineral & Metal Processing, Tokyo, Japan, 87-91
[69]
Nunez E, Desbiens A, del Villar R, Duchesne C (2006) Multivariable predictive control of a
pilot flotation column. Part 2: identification and control. International Conference on Mineral
Process Modelling, Simulation and Control, Sudbury, Ontario, Canada, 291-301
[70]
Liu JJ, MacGregor JF (2008) Froth-based modeling and control of flotation processes. Min-
erals Engineering 21:642-651
[71]
Barria A, Valdebenito M (2008) Implementation of rougher flotation control system at
Codelco Chile, Andina division. Procemin2008, V International Mineral Processing Sem-
inar, Santiago, Chile, 215-220
[72]
Cortes G, Verdugo M, Fuenzalida R, Cerda J, Cubillos E (2008) Rougher flotation mul-
tivariable predictive control; Concentrator A-1 division Codelco Norte. Procemin2008, V
International Mineral Processing Seminar, Santiago, Chile, 315-325
[73]
Moilanen J, Remes A (2008) Control of the flotation process. Procemin2008, V International
Mineral Processing Seminar, Santiago, Chile, 305-313
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