3174 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
REFERENCES
Buchmann, M., Schach, E., Leißner, T., Kern, M.,
Mütze, T., Rudolph, M., Peuker, U.A., Tolosana-
Delgado, R. 2020. Multidimensional characterization
of separation processes – Part 2: Comparability of sepa-
ration efficiency. Minerals Engineering 137:78–86.
Cindytami Rachmawati, Joao Weiss, Hugo Lucas, Erik
Löwer, Thomas Leißner, Doreen Ebert, Robert
Möckel, Bernd Friedrich and Urs A. Peuker. n.d.
“Characterisation of the Grain Morphology of Artificial
Minerals 2 (EnAMs) in Lithium Slags by Correlating
Multi-Dimensional 2D 3 and 3D Methods.” Minerals
2024.
Figure 7. Bivariate Tromp functions for different particle systems (all particles (top), gehlenite (middle) and LiAlO
2 (bottom)),
where the Tromp functions are obtained for the different froth flotation tests with 500 g/t OA (left), 750 g/t OA (middle) and
1000 g/t OA (right). The value T(d
A ,Δ)indicates the separation probability of a particles with a certain aspect ratio and area-
equivalent diameter to be separated into the concentrate. The white regions correspond to particle descriptor vectors (d
A ,Δ)
with f
n
feed (d
A ,Δ) 0.001, i.e., particles with such descriptor vectors are not observed with sufficiently high frequency in the
feed
REFERENCES
Buchmann, M., Schach, E., Leißner, T., Kern, M.,
Mütze, T., Rudolph, M., Peuker, U.A., Tolosana-
Delgado, R. 2020. Multidimensional characterization
of separation processes – Part 2: Comparability of sepa-
ration efficiency. Minerals Engineering 137:78–86.
Cindytami Rachmawati, Joao Weiss, Hugo Lucas, Erik
Löwer, Thomas Leißner, Doreen Ebert, Robert
Möckel, Bernd Friedrich and Urs A. Peuker. n.d.
“Characterisation of the Grain Morphology of Artificial
Minerals 2 (EnAMs) in Lithium Slags by Correlating
Multi-Dimensional 2D 3 and 3D Methods.” Minerals
2024.
Figure 7. Bivariate Tromp functions for different particle systems (all particles (top), gehlenite (middle) and LiAlO
2 (bottom)),
where the Tromp functions are obtained for the different froth flotation tests with 500 g/t OA (left), 750 g/t OA (middle) and
1000 g/t OA (right). The value T(d
A ,Δ)indicates the separation probability of a particles with a certain aspect ratio and area-
equivalent diameter to be separated into the concentrate. The white regions correspond to particle descriptor vectors (d
A ,Δ)
with f
n
feed (d
A ,Δ) 0.001, i.e., particles with such descriptor vectors are not observed with sufficiently high frequency in the
feed