难利用含铝资源可利用性研究-(英文版)

作品编号：HWK166425

作者：赵恒勤//胡四春//赵宝金//冯安生

出版社：中南大学出版社

出版年：2013-05-01

定价：58.0

ISBN：9787548707806

开本：16开

页数：211

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难利用含铝资源可利用性研究-(英文版) 本书特色

《难利用含铝资源可利用性研究(英文版)》由赵恒勤、胡四春、赵宝金、冯安生所著。
The results showed: 1 ) Medium temperature metallization roasting and then magnetic separation, and gas reduction metallization roasting and then magnetic separation are effective for processing the high iron diasporic bauxite; 2) Dry magnetic separation, wet magnetic separationoand medium temperature magnetization roasting and then magnetic separation are not effective for processing the highiron diasporic bauxite; 3 ) Digestion at atmospheric conditions and high caustic alkali concentration is effective for processing the low A/S and high iron gibbsite bauxite; 4) Desulfurization flotation and desulfurization with barium aluminate are both effective for processing the high sulfur bauxite. However, each of these methods has their own advantages and disadvantages and must he evaluated; 5 ) The soda-lime sintering process is suitable for processing the Linzhou potassic sandy shale.

难利用含铝资源可利用性研究-(英文版) 内容简介

《难利用含铝资源可利用性研究(英文版)》由赵恒勤、胡四春、赵宝金、冯安生所著。 The results showed: 1 ) Medium temperature metallization roasting and then magnetic separation, and gas reduction metallization roasting and then magnetic separation are effective for processing the high iron diasporic bauxite; 2) Dry magnetic separation, wet magnetic separationoand medium temperature magnetization roasting and then magnetic separation are not effective for processing the highiron diasporic bauxite; 3 ) Digestion at atmospheric conditions and high caustic alkali concentration is effective for processing the low A/S and high iron gibbsite bauxite; 4) Desulfurization flotation and desulfurization with barium aluminate are both effective for processing the high sulfur bauxite. However, each of these methods has their own advantages and disadvantages and must he evaluated; 5 ) The soda-lime sintering process is suitable for processing the Linzhou potassic sandy shale.