Engineering_Village_citation_9-24-2015_02718407(3)

Data Provider: Engineering Village

39. Application of new flotation machine on phosphate flotation

Qinbo Cao (Fac. of Land Resources Eng., Kunming Univ. of Sci. & Technol., Kunming, China); Shuming Wen; ChenxiuLi; Shaojun Bai; Dan Liu Source: Advanced Materials Research, v 616-618, pt.1, p 624-7, 2013

Database: Inspec

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40. Flotation of quartz particles assisted by nanobubbles

Calgaroto, S. (Minerals Engineering Department, PPGE3M, Universidade Federal Do Rio Grande Do sul (UFRGS),Porto Alegre, Brazil); Azevedo, A.; Rubio, J. Source: International Journal of Mineral Processing, v 137, p 64-70, April10, 2015

Database: Compendex

Data Provider: Engineering Village

41. Classification of flotation froth based on CCM texture feature

Chen Ning (Sch. of Inf. Sci. & Eng., Central South Univ., Changsha, China); Zhang Lei; Gui Weihua; Yang ChunhuaSource: Proceedings of the 32nd Chinese Control Conference (CCC), p 4735-40, 2013 Language: Chinese

Database: Inspec

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42. Removal of stickles in flotation

Sarja, Tiina (Kemira Oyj, Oulu Research Centre, Oulu, Finland); MacNeil, Donald; Huber, Patrick; Niinim?ki, JoukoSource: Progress in Paper Recycling, v 16, n 3, p 5-11, May 2007

Database: Compendex

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Citation results: 140

Downloaded: 9/24/2015

43. Fluidized bed desliming in fine particle flotation - Part II: Flotation of a model feed

Galvin, K.P. (Centre for Advanced Particle Processing and Transport, Newcastle Institute for Energy and Resources,The University of Newcastle, Callaghan, NSW 2308, Australia); Dickinson, J.E. Source: Chemical EngineeringScience, v 108, p 299-309, 2014

Database: Compendex

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44. Numerical simulation of flotation bubble motion in suspension fluid

Peng Xiao-qi (Sch. of Energy Sci. & Eng., Central South Univ., Changsha, China); Chen Si-chao; Song Yan-po; LiuTao Source: Chinese Journal of Nonferrous Metals, v 23, n 11, p 3232-41, Nov. 2013 Language: Chinese

Database: Inspec

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45. Flotation rate characterization along rougher flotation banks based on Top-of-frothmeasurement

Yianatos, Juan (Automation and Supervision Center for Mineral Industry (CASIM), Universidad Técnica Federico

Santa María, Chile); Bergh, Luis; Rojas, Iván; Vinnett, Luis Source: IMPC 2014 - 27th International Mineral ProcessingCongress, 2014, IMPC 2014 - 27th International Mineral Processing Congress

Database: Compendex

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46. Selective flotation optimization of galena from lead and zinc ore complex (sulphide-oxide)

Kashani, Masoud (Department of Mining Engineering, Science and Research Branch, Islamic Azad University, Iran);Safari, Mehdi; Zarei, Hossein Source: IMPC 2014 - 27th International Mineral Processing Congress, 2014, IMPC 2014- 27th International Mineral Processing Congress

Database: Compendex

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47. The Flotation Process with High Intensity Conditioning and Cleaning for Fine CoalJihui Li (Sch. of Chem. & Environ. Eng., China Univ. of Min. & Technol., Beijing, China); Liqiang Ma; Yanzhao Li;Wenjing Li; Jianwei Yue Source: Advanced Materials Research, v 1010-1012, p 1636-9, 2014

Database: Inspec

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48. Effect of frother on flotation of pyrite and silica

Gu, Yanling (School of Minerals Processing and Bioengineering, Central South University, Changsha, China); Ou,Leming; Feng, Qiming; Shi, Qing Source: IMPC 2014 - 27th International Mineral Processing Congress, 2014, IMPC2014 - 27th International Mineral Processing Congress

Database: Compendex

Data Provider: Engineering Village

Citation results: 140

Downloaded: 9/24/2015

49. The effect of flotation variables on the recovery of different particle size fractions in thefroth and the pulp

Rahman, Reza M. (Centre for Multiphase Processes, University of Newcastle, University Drive, Callaghan, NSW 2308,Australia); Ata, Seher; Jameson, Graeme J. Source: International Journal of Mineral Processing, v 106-109, p 70-77,May 20, 2012

Database: Compendex

Data Provider: Engineering Village

50. Water-carrying properties of flotation frothers and its effect on fine coal flotation

Liao, Yinfei (National Engineering Research Center of Coal Preparation and Purification, China University of Miningand Technology, 1 University Road, Xuzhou221116,Jiangsu, China); Cao, Yijun; Huang, Shaomeng; He, Jie; Zhang,Xiubao; Li, Shulei; Shao, Shuguang Source: International Journal of Coal Preparation and Utilization, v 35, n 2, p88-98, March 4, 2015

Database: Compendex

Data Provider: Engineering Village

51. Effect of Feed Angle on Centrifugal Flotation Cell

Wenyi Chen (Dept. of Process Equip. & Control Eng., Hebei Univ. of Technol., Tianjin, China); Yueyou Wei; Bing Sun;Kai Tang Source: Applied Mechanics and Materials, v 448-453, p 3803-7, 2014

Database: Inspec

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52. The use of dissolved air flotation in municipal wastewater treatment

?degaard, H. (Fac. of Civil and Environ. Eng., Norwegian Univ. of Sci. and Technol., N-7491 Trondheim, Norway) Source: Water Science and Technology, v 43, n 8, p 75-81, 2001

Database: Compendex

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53. Reagents used in the flotation of phosphate ores: A critical review

Sis, H. (Mining Engineering Department, Inonu University, 44069 Malatya, Turkey); Chander, S. Source: MineralsEngineering, v 16, n 7, p 577-585, July 2003

Database: Compendex

Data Provider: Engineering Village

54. Dispersion effect on a lead-zinc sulphide ore flotation

Silvestre, M.O. (Votorantim Metais, Morro Agudo, 38600-000 Paracatu, MG, Brazil); Pereira, C.A.; Galery, R.; Peres,

A.E.C. Source: Minerals Engineering, v 22, n 9-10, p 752-758, August 2009/September 2009

Database: Compendex

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55. Effect of Dimensionless Parameters and Bubble Surface Area Flux on Flotation RateConstant

Shahbazi, Behzad (Mining Engineering Department, Science and Research Branch, Islamic Azad University, Tehran,Iran); Rezai, Bahram Source: Journal of Dispersion Science and Technology, v 36, n 4, p 471-476, April 3, 2015Database: Compendex

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Citation results: 140

Downloaded: 9/24/2015

56. THEORY AND INDUSTRIAL APPLICATION OF COLUMN FLOTATION IN CANADA.