Wei Huang

About

I come from a mineral processing background throughout my undergraduate and postgraduate studies. My research experience covers three key knowledge (comminution, gravity separation of coal and froth flotation) required in the mineral processing industry.

Work

Southern University of Science and Technology

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Research assistant professor

China

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Mineral Resources Limted

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Plant Metallurgist

Australia

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Education

University of Queensland

Australia
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PHD

China University of Mining and Technology

China
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Master

Wuhan Institute of Technology

China
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Bachelor

Publications

Recycling coarse aggregates from concrete using high voltage pulses

Construction and Building Materials

journal-article

Influence of grade heterogeneity and gangue mineralogy on the efficacy of high voltage pulse enabled ore pre-concentration

Minerals Engineering

journal-article

An analytical model of the growth of invisible bubbles on solid surfaces in a supersaturated solution

Chemical Engineering Science

journal-article

Selective breakage of mineralised synthetic particles by high voltage pulses. Part 2: Interactions between mineralised particles in a multiple-particle system

Minerals Engineering

journal-article

Selective weakening of mineralised synthetic particles by high voltage pulses

Minerals Engineering

journal-article

X-ray CT observations of selective damage of mineralised synthetic particles by high voltage pulses

Minerals Engineering

journal-article

RETRACTED: Specific ion binding interactions in potash flotation

Journal of Colloid and Interface Science

journal-article

Selective breakage of mineralised synthetic particles by high voltage pulses. Part 1: Metalliferous grain-induced breakage in a two-particle paired system

Minerals Engineering

journal-article

Selective breakage of mineralised particles by high voltage pulses

dissertation-thesis

Improving high voltage pulse selective breakage for ore pre-concentration using a multiple-particle treatment method

Minerals Engineering

journal-article

A method to determine the minimum quantity of ore sample required for laboratory scale study of ore pre-concentration by high voltage pulses

Minerals Engineering

journal-article

Wei Huang