在高速帧速率下测量泡沫-浆相互作用

Q2 Materials Science

Minerals & Metallurgical Processing Pub Date : 2016-08-01 DOI:10.19150/MMP.6756

L. Nugent

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引用次数: 0

摘要

在工业浮选池中，量化泡沫从矿浆到泡沫的质量传递是提高回收率的关键指标。大多数现有的浮选文献分别研究了矿浆中的颗粒附着和泡沫行为。正如van Deventer, Feng和Burger(2001)所指出的，很少有研究关注泡沫-浆界面(FPI)的行为。机器视觉图像分析被广泛用于从电影中提取泡沫特征或气泡行为的定量测量(Jahedsaravani, Marhaban和Massinaei, 2014;Aldrich et al.， 2010)。

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Measuring froth-pulp interactions at high-speed frame fates

Background Quantifying mass transport of bubbles from the pulp to the froth is a key metric for improving recovery rates in industrial flotation cells. Most existing flotation literature investigates froth behavior separately from particle attachment in the pulp. As noted by van Deventer, Feng and Burger (2001), very little research focuses on the behavior of the froth-pulp interface (FPI). Machine vision image analysis is widely used to extract quantitative measurements about froth characteristics or bubble behavior from film (Jahedsaravani, Marhaban and Massinaei, 2014; Aldrich et al., 2010).

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来源期刊

Minerals & Metallurgical Processing 工程技术-矿业与矿物加工

CiteScore

0.84

自引率

0.00%

发文量

审稿时长

>12 weeks

期刊介绍： For over twenty-five years, M&MP has been your source for the newest thinking in the processing of minerals and metals. We cover the latest developments in a wide range of applicable disciplines, from metallurgy to computer science to environmental engineering. Our authors, experts from industry, academia and the government, present state-of-the-art research from around the globe.