X. Goso

发表

IDENTIFICATION OF THE SOURCES OF, AND SUBSEQUENT MINIMIZATION OF THE UNCERTAINTIES ASSOCIATED WITH THE MEASUREMENT OF MINOR ELEMENTS IN PGM FURNACE MATTE BY ICP-MS

X. Goso, 2007 .

Beneficiation of fluxed titaniferous slag to a marketable titania product using the modified upgraded slag process

J. Safarian, M. Tangstad, J. Petersen, 2021, Mineral Processing and Extractive Metallurgy.

Review of Liquidus Surface and Phase Equilibria in the TiO 2 -SiO 2 -Al 2 O 3 -MgO-CaO Slag System at PO 2 Applicable in Fluxed Titaniferous Magnetite Smelting

J. Petersen, J. Nell, X. Goso, 2016 .

Indicative Vanadium Deportment in the Processing of Titaniferous Magnetite by the Roast – Leach and Electric Furnace Smelting Processes

M. Erwee, X. Goso, H. Lagendijk, 2016 .

A comparative study of vanadium recovery from titaniferous magnetite using salt , sulphate , and soda ash roast-leach processes

S. Nkosi, X. Goso, P. Dire, 2017 .

Prereduction and DC open-arc smelting of carbon-based ilmenite pellets

K. Bisaka, I. Thobadi, X. Goso, 2016 .

The effect of magnesia and alumina crucible wear on the smelting characteristics of titaniferous magnetite

X. Goso, M. Maphutha, M. Ramaili, 2017 .

Preliminary Evaluation of Pre-Reduction of Carbon-Based Titaniferous Magnetite Pellets for Reduction of Energy Requirements in the Vanadium and Steel Co-Production Process

X. Goso, S. Ngoepe, N. Mafeje, 2021 .

Production of titanium metal powder by the HDH process

X. Goso, A. Kale, 2011 .