2176 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
Taguta, J., O’Connor, C.T. and McFadzean, B. 2018.
Investigating the interaction of thiol collectors and
collector mixtures with sulphide minerals using ther-
mochemistry and microflotation. Minerals Engineering,
119, 99–104.
Taguta, J., O’Connor, C.T. and McFadzean, B. 2017. The
effect of alkyl chain length and ligand type of thiol col-
lectors on the heat of adsorption and floatability of sul-
phide minerals. Minerals Engineering, 110, 145–152.
Taguta, J., O’Connor, C.T. and McFadzean, B. 2018. The
relationship between enthalpy of immersion and flota-
tion response. Colloids and Surfaces A: Physicochemical
and Engineering Aspects, 558, 263–270.
Takei, T. and Chikazawa, M. 1998. Origin of differences in
heats of immersion of silicas in water. Journal of Colloid
and Interface Science, 208, 570–574.
Wadso, I. and Goldberg, R.N. 2001. Standards in isother-
mal microcalorimetry (IUPAC technical report). Pure
Applied Chemistry, 73(10), 1625–1639.
Zhang, X.R., Zhu, Y.G., Zheng, G.B., Han. L.,
McFadzean, B., Qian, Z.B., Piao, Y.C., O’Connor, C.T.
2019. An investigation into the selective separa-
tion and adsorption mechanism of a macromolecular
depressant in the galena-chalcopyrite system. Minerals
Engineering, 134, 291–299.
Zimmerman, R. Wolf, G. and Scheneider, H.A. (1987):
Calorimetric Measurements of the Heat of Solution
and Immersion of Minerals in Water Using a New
Calorimetric Vessel. Colloids and Surfaces, 22: 1–7.
Taguta, J., O’Connor, C.T. and McFadzean, B. 2018.
Investigating the interaction of thiol collectors and
collector mixtures with sulphide minerals using ther-
mochemistry and microflotation. Minerals Engineering,
119, 99–104.
Taguta, J., O’Connor, C.T. and McFadzean, B. 2017. The
effect of alkyl chain length and ligand type of thiol col-
lectors on the heat of adsorption and floatability of sul-
phide minerals. Minerals Engineering, 110, 145–152.
Taguta, J., O’Connor, C.T. and McFadzean, B. 2018. The
relationship between enthalpy of immersion and flota-
tion response. Colloids and Surfaces A: Physicochemical
and Engineering Aspects, 558, 263–270.
Takei, T. and Chikazawa, M. 1998. Origin of differences in
heats of immersion of silicas in water. Journal of Colloid
and Interface Science, 208, 570–574.
Wadso, I. and Goldberg, R.N. 2001. Standards in isother-
mal microcalorimetry (IUPAC technical report). Pure
Applied Chemistry, 73(10), 1625–1639.
Zhang, X.R., Zhu, Y.G., Zheng, G.B., Han. L.,
McFadzean, B., Qian, Z.B., Piao, Y.C., O’Connor, C.T.
2019. An investigation into the selective separa-
tion and adsorption mechanism of a macromolecular
depressant in the galena-chalcopyrite system. Minerals
Engineering, 134, 291–299.
Zimmerman, R. Wolf, G. and Scheneider, H.A. (1987):
Calorimetric Measurements of the Heat of Solution
and Immersion of Minerals in Water Using a New
Calorimetric Vessel. Colloids and Surfaces, 22: 1–7.