494 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
Laurentie, JC, Traoré Philippe, Dragan, Ciprian,
Dascalescu, Lucian (2010). Numerical modeling of
triboelectric charging of granular materials in vibrated
beds. In 2010 IEEE Industry Applications Society
Annual Meeting (IEEE Ed.), 1–6. .
Law, KY, Tarnawskyj, IW, Salamida, D, Debies, T (1994).
Tribocharging Mechanism In a Model Xerographic
Toner. In International Congress On Advances In
Nonimpact Printing Technologies, 122–125. .
Lawver, J E, Dyrenforth, W P (1973). Electrostatic sepa-
ration. In Electrostatics, its Applications, 221–249.
Wiley New York.
Li, Jia, Wu, Guiqing, Xu, Zhenming (2015). Tribo-
charging properties of waste plastic granules in process
of tribo-electrostatic separation. Waste management,
35, 36–41.
Manouchehri, Hamid-Reza, Hanumantha Rao, K,
Forssberg, KSE (2000). Review of electrical separa-
tion methods -Part 1: Fundamental Aspects. Mining,
Metallurgy, Exploration, 17(1), 23–36.
Manouchehri, Hamid-Reza, Hanumantha Rao, K ,
Forssberg, KSE (2000). Review of electrical separation
methods -Part 2: Practical considerations. Mining,
Metallurgy &Exploration, 17(3), 139–166.
Matsusaka, Shuji, Ghadiri, Mojtaba, Masuda, Hiroaki
(2000). Electrification of an elastic sphere by repeated
impacts on a metal plate. Journal of Physics D: Applied
Physics, 33(18), 2311.
McKay, David S, Carter, James L, Boles, Walter W, Allen,
Carlton C, Allton, Judith H (1994). JSC-1: A new
lunar soil simulant. Engineering, construction,, opera-
tions in space IV, 2, 857–866.
Mukherjee, Raj, Sansare, Sameera, Nagarajan, Venkatraman,
Chaudhuri, Bodhisattwa (2021). Discrete Element
Modeling ({DEM}) based investigation of tribocharg-
ing in the pharmaceutical powders during hopper dis-
charge. International Journal of Pharmaceutics, 596,
120284.
Noshiro, Toshihiko, Takeuchi, Manabu, ASANAE,
Masumi, Ochiai, Masahisa (1999). Influence of Toner
Composition on Its Tribocharging Characteristics.
Journal of the Society of Powder Technology, Japan,
36(9), 679–684.
Pei, Chunlei, Wu, Chuan-Yu, England, David, Byard,
Stephen, Berchtold, Harald, Adams, Michael (2015).
DEM-CFD modeling of particle systems with long-
range electrostatic interactions. AIChE Journal, 61(6),
1792–1803.
Pingali, Kalyana C, Hammond, Stephen V, Muzzio,
Fernando J, Shinbrot, Troy (2009). Use of a static elim-
inator to improve powder flow. International journal of
pharmaceutics, 369(1–2), 2–4.
Quinn, Jacqueline W, Captain, Jim G, Weis, Kyle,
Santiago-Maldonado, Edgardo, Trigwell, Steve (2012).
Evaluation of tribocharged electrostatic beneficiation
of lunar simulant in lunar gravity. Journal of Aerospace
Engineering, 26(1), 37–42.
Rasera, J.N., Cilliers, J. J., Lamamy, J.-A., Hadler, K.
(2020). The beneficiation of lunar regolith for space
resource utilisation: A review. Planetary, Space Science,
186, 104879.
Rasera, J.N., Cruise, R.D., Cilliers, J. J., Lamamy, J.-A.,
Hadler, K. (2022). Modelling the tribocharging pro-
cess in 2D and 3D. Powder Technology,, 117607.
Rasera, J.N., Cilliers, J.J., Lamamy, J.-A., Hadler, K.
(2023). A methodology for tribocharger design opti-
misation using the Discrete Element Method (DEM).
Powder Technology, 413, 118035.
Rasera, JN, Cilliers, JJ, Lamamy, J-A, Hadler, K (2023).
Experimental investigation of an optimised tribo-
charger design for space resource utilisation. Planetary,
Space Science, 228, 105651.
Rodrigues, BM, Saron, C (2022). Electrostatic separation
of polymer waste by tribocharging system based on fric-
tion with PVC. International Journal of Environmental
Science, Technology, 19(3), 1293–1300.
Sayfidinov, Khaydarali, Cezan, S Doruk, Baytekin, Bilge,
Baytekin, H Tarik (2018). Minimizing friction, wear,,
energy losses by eliminating contact charging. Science
advances, 4(11), eaau3808.
Schein, LB, LaHa, M, Novotny, D (1992). Theory of insu-
lator charging. Physics Letters A, 167(1), 79–83.
Shinbrot, Troy, Komatsu, Teruhisa S, Zhao, Q (2008).
Spontaneous tribocharging of similar materials. EPL
(Europhysics Letters), 83(2), 24004.
Silveira, AVM, Cella, M, Tanabe, EH, Bertuol, DA (2018).
Application of tribo-electrostatic separation in the recy-
cling of plastic wastes. Process Safety, Environmental
Protection, 114, 219–228.
Sippola, Petteri, Kolehmainen, Jari, Ozel, Ali, Liu, Xiaoyu,
Saarenrinne, Pentti, Sundaresan, Sankaran (2018).
Experimental, numerical study of wall layer develop-
ment in a tribocharged fluidised bed. Journal of Fluid
Mechanics, 849, 860–884.
Takagi, Koji, Castle, GSP, Takeuchi, Manabu (2003).
Tribocharging mechanism of mono-component irreg-
ular, spherical toners in an electrophotographic devel-
opment system. Powder technology, 135, 35–42.
Laurentie, JC, Traoré Philippe, Dragan, Ciprian,
Dascalescu, Lucian (2010). Numerical modeling of
triboelectric charging of granular materials in vibrated
beds. In 2010 IEEE Industry Applications Society
Annual Meeting (IEEE Ed.), 1–6. .
Law, KY, Tarnawskyj, IW, Salamida, D, Debies, T (1994).
Tribocharging Mechanism In a Model Xerographic
Toner. In International Congress On Advances In
Nonimpact Printing Technologies, 122–125. .
Lawver, J E, Dyrenforth, W P (1973). Electrostatic sepa-
ration. In Electrostatics, its Applications, 221–249.
Wiley New York.
Li, Jia, Wu, Guiqing, Xu, Zhenming (2015). Tribo-
charging properties of waste plastic granules in process
of tribo-electrostatic separation. Waste management,
35, 36–41.
Manouchehri, Hamid-Reza, Hanumantha Rao, K,
Forssberg, KSE (2000). Review of electrical separa-
tion methods -Part 1: Fundamental Aspects. Mining,
Metallurgy, Exploration, 17(1), 23–36.
Manouchehri, Hamid-Reza, Hanumantha Rao, K ,
Forssberg, KSE (2000). Review of electrical separation
methods -Part 2: Practical considerations. Mining,
Metallurgy &Exploration, 17(3), 139–166.
Matsusaka, Shuji, Ghadiri, Mojtaba, Masuda, Hiroaki
(2000). Electrification of an elastic sphere by repeated
impacts on a metal plate. Journal of Physics D: Applied
Physics, 33(18), 2311.
McKay, David S, Carter, James L, Boles, Walter W, Allen,
Carlton C, Allton, Judith H (1994). JSC-1: A new
lunar soil simulant. Engineering, construction,, opera-
tions in space IV, 2, 857–866.
Mukherjee, Raj, Sansare, Sameera, Nagarajan, Venkatraman,
Chaudhuri, Bodhisattwa (2021). Discrete Element
Modeling ({DEM}) based investigation of tribocharg-
ing in the pharmaceutical powders during hopper dis-
charge. International Journal of Pharmaceutics, 596,
120284.
Noshiro, Toshihiko, Takeuchi, Manabu, ASANAE,
Masumi, Ochiai, Masahisa (1999). Influence of Toner
Composition on Its Tribocharging Characteristics.
Journal of the Society of Powder Technology, Japan,
36(9), 679–684.
Pei, Chunlei, Wu, Chuan-Yu, England, David, Byard,
Stephen, Berchtold, Harald, Adams, Michael (2015).
DEM-CFD modeling of particle systems with long-
range electrostatic interactions. AIChE Journal, 61(6),
1792–1803.
Pingali, Kalyana C, Hammond, Stephen V, Muzzio,
Fernando J, Shinbrot, Troy (2009). Use of a static elim-
inator to improve powder flow. International journal of
pharmaceutics, 369(1–2), 2–4.
Quinn, Jacqueline W, Captain, Jim G, Weis, Kyle,
Santiago-Maldonado, Edgardo, Trigwell, Steve (2012).
Evaluation of tribocharged electrostatic beneficiation
of lunar simulant in lunar gravity. Journal of Aerospace
Engineering, 26(1), 37–42.
Rasera, J.N., Cilliers, J. J., Lamamy, J.-A., Hadler, K.
(2020). The beneficiation of lunar regolith for space
resource utilisation: A review. Planetary, Space Science,
186, 104879.
Rasera, J.N., Cruise, R.D., Cilliers, J. J., Lamamy, J.-A.,
Hadler, K. (2022). Modelling the tribocharging pro-
cess in 2D and 3D. Powder Technology,, 117607.
Rasera, J.N., Cilliers, J.J., Lamamy, J.-A., Hadler, K.
(2023). A methodology for tribocharger design opti-
misation using the Discrete Element Method (DEM).
Powder Technology, 413, 118035.
Rasera, JN, Cilliers, JJ, Lamamy, J-A, Hadler, K (2023).
Experimental investigation of an optimised tribo-
charger design for space resource utilisation. Planetary,
Space Science, 228, 105651.
Rodrigues, BM, Saron, C (2022). Electrostatic separation
of polymer waste by tribocharging system based on fric-
tion with PVC. International Journal of Environmental
Science, Technology, 19(3), 1293–1300.
Sayfidinov, Khaydarali, Cezan, S Doruk, Baytekin, Bilge,
Baytekin, H Tarik (2018). Minimizing friction, wear,,
energy losses by eliminating contact charging. Science
advances, 4(11), eaau3808.
Schein, LB, LaHa, M, Novotny, D (1992). Theory of insu-
lator charging. Physics Letters A, 167(1), 79–83.
Shinbrot, Troy, Komatsu, Teruhisa S, Zhao, Q (2008).
Spontaneous tribocharging of similar materials. EPL
(Europhysics Letters), 83(2), 24004.
Silveira, AVM, Cella, M, Tanabe, EH, Bertuol, DA (2018).
Application of tribo-electrostatic separation in the recy-
cling of plastic wastes. Process Safety, Environmental
Protection, 114, 219–228.
Sippola, Petteri, Kolehmainen, Jari, Ozel, Ali, Liu, Xiaoyu,
Saarenrinne, Pentti, Sundaresan, Sankaran (2018).
Experimental, numerical study of wall layer develop-
ment in a tribocharged fluidised bed. Journal of Fluid
Mechanics, 849, 860–884.
Takagi, Koji, Castle, GSP, Takeuchi, Manabu (2003).
Tribocharging mechanism of mono-component irreg-
ular, spherical toners in an electrophotographic devel-
opment system. Powder technology, 135, 35–42.