NSTL国家科技图书文献中心

1. Study on flotation behavior and mechanism of galena flotation separation from chalcopyrite by sodium periodate depressant NSTL国家科技图书文献中心

Yanling Jin | Haiyun Xie ... - 《Applied Surface Science》 - 2025,679(Jan.15) - 161254.1～161254.11 - 共11页 - 被引量：1

摘要： flotation separation. In micro-flotation tests were | research of SP in flotation* separation process showed* | mechanism underlying the selective flotation* separation of* | chalcopyrite by flotation* presents difficulties owing to* | The successful separating galena and

关键词： Galena | Chalcopyrite | Sodium periodate | Flotation separation | Depression mechanism

2. Flotation equipment automation and intelligent froth feature extraction in flotation process: a review NSTL国家科技图书文献中心

Dong, Haipei | Wang, Fuli ... - 《Reviews in Chemical Engineering》 - 2025,41(3) - 225～239 - 共15页

摘要：Flotation is the most widely used technology | flotation production process has complex mechanism | flotation system of mineral processing plants mostly | the automation systems of flotation* equipment such* | of flotation* froth were reviewed. The traditional*

关键词： flotation process | flotation equipment automation | intelligent froth feature extraction | key indicator prediction

3. A Step Change in Recovery by Implementation of Microbubble Injection to Flotation and Leaching Circuits NSTL国家科技图书文献中心

M. Rios | N. S. Yap ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 965～972 - 共8页

摘要： flotation circuits to separate valuable minerals and the | Fine bubble generators are being used in | various applications because of the superior performance | that is generally achieved with smaller bubble sizes | . In mineral processing, spargers are used in

关键词： Bubble | Flotation | Leaching

4. A review of malachite flotation: Advanced reagents and sustainable practices NSTL国家科技图书文献中心

Choi, Junhyun - 《Minerals Engineering》 - 2025,228 - 109317～ - 共22页

摘要：. However, the conventional flotation* methods face* | malachite flotation* from traditional sulphidization* | -xanthate flotation* methods to more advanced, sustainable* | flotation techniques. Conventional methods, using sodium | incomplete sulphidization, low flotation* efficiency, and*

关键词： Malachite flotation | Sustainable beneficiation | Emerging flotation methods | Eco-friendly reagents | Flotation efficiency

5. MAGFLO: MAGnetic-reverse FLOtation of ultrafine magnetite - A flotation retrofit system NSTL国家科技图书文献中心

Chelgani, Saeed Cheh... | Efendi, Rihan - 《Separation and Purification Technology》 - 2025,368 - 共7页

摘要：Flotation separation based on particle surface | reverse ultrafine particle flotation. The system can be | flotation cells as a retrofit approach. Particle size | properties presents challenges in processing ultrafine | particles (-50 mu m). The MAGFLO system is an innovative

关键词： MAGFLO | Electromagnet | Reverse flotation | Magnetic field | Retrofit

6. Flotation separation of molybdenite from talc using carrageenan as depressant NSTL国家科技图书文献中心

Li, Chao | Wang, Chao ... - 《Minerals Engineering》 - 2025,222 - 109122～ - 共10页

摘要： efficient flotation* separation. This study investigated* | the flotation* separation of talc and molybdenite* | molybdenite and talc, conventional flotation* depressants are* | xanthate (SBX) as the collector. The micro-flotation* test* | achieve flotation* after adding SBX, while talc was still*

关键词： Flotation | Carrageenan | Depressant | Molybdenite | Competitive adsorption

7. Xanthates and Dithiocarbamates: Synthesis, Characterization and Application in Flotation Processes NSTL国家科技图书文献中心

Nadezhda Vchislo | Ekaterina Verochkina ... - 《Mini-reviews in organic chemistry》 - 2025,22(1) - 44～53 - 共10页

摘要：It is known that flotation* is the main method* | reagent regime and the search for new flotation* reagents* | selective characteristics and flotation* mechanisms* | . Progress in the field of flotation* can be made in the use* | increased selective properties in the flotation* process of*

关键词： Flotation | flotation reagent | xanthate | dithiocarbamate | adsorption | non-ferrous metals.

8. Mechanisms of nanobubble-enhanced flotation of galena from pyrite NSTL国家科技图书文献中心

Wang, Chao | Wu, Zhongxian ... - 《International Journal of Minerals,Metallurgy and Materials》 - 2025,32(4) - 817～824 - 共8页

摘要： nanobubbles enhance the flotation* separation performance of* | significantly enhanced the flotation* recovery of galena and* | its flotation* selectivity from pyrite, as compared* | to the conventional flotation* process. The* | the flotation* system also increased in the maximum*

关键词： galena | pyrite | nanobubble | flotation

9. Polymer-based collectors in flotation: A review NSTL国家科技图书文献中心

Bednarek, Patrycja S... | Zawala, Jan ... - 《Advances in colloid and interface science》 - 2025,335 - 共27页

摘要：Flotation, as a beneficiation process, stands | consumption. A froth flotation* chemicals market analysis* | as a foundation in mineral and metal production | , handling approximately 70-80 % of the world's exploited | ore annually. However, numerous challenges emerge

关键词： Flotation | Collector | Polymer | Mineral separation

10. A flotation framework for Eulerian multiphase CFD: Integrating bubble-particle aggregates and flotation kinetics NSTL国家科技图书文献中心

Draw, Mazen | Rzehak, Roland - 《Minerals Engineering》 - 2025,228 - 109258～ - 共13页

摘要：Flotation is a key process for the | interpenetrating continua. For flotation, one phase consists of | extends a flotation* framework to account for these* | describe the flotation* kinetics. Demonstration cases with* | and illustrate possible uses for flotation.

摘要： flotation separation. In micro-flotation tests were | research of SP in flotation* separation process showed* | mechanism underlying the selective flotation* separation of* | chalcopyrite by flotation* presents difficulties owing to* | The successful separating galena and

关键词： Galena | Chalcopyrite | Sodium periodate | Flotation separation | Depression mechanism

摘要：Flotation is the most widely used technology | flotation production process has complex mechanism | flotation system of mineral processing plants mostly | the automation systems of flotation* equipment such* | of flotation* froth were reviewed. The traditional*

关键词： flotation process | flotation equipment automation | intelligent froth feature extraction | key indicator prediction

摘要： flotation circuits to separate valuable minerals and the | Fine bubble generators are being used in | various applications because of the superior performance | that is generally achieved with smaller bubble sizes | . In mineral processing, spargers are used in

关键词： Bubble | Flotation | Leaching

摘要：. However, the conventional flotation* methods face* | malachite flotation* from traditional sulphidization* | -xanthate flotation* methods to more advanced, sustainable* | flotation techniques. Conventional methods, using sodium | incomplete sulphidization, low flotation* efficiency, and*

关键词： Malachite flotation | Sustainable beneficiation | Emerging flotation methods | Eco-friendly reagents | Flotation efficiency

摘要：Flotation separation based on particle surface | reverse ultrafine particle flotation. The system can be | flotation cells as a retrofit approach. Particle size | properties presents challenges in processing ultrafine | particles (-50 mu m). The MAGFLO system is an innovative

关键词： MAGFLO | Electromagnet | Reverse flotation | Magnetic field | Retrofit

关键词： Flotation | Carrageenan | Depressant | Molybdenite | Competitive adsorption

摘要：It is known that flotation* is the main method* | reagent regime and the search for new flotation* reagents* | selective characteristics and flotation* mechanisms* | . Progress in the field of flotation* can be made in the use* | increased selective properties in the flotation* process of*

关键词： Flotation | flotation reagent | xanthate | dithiocarbamate | adsorption | non-ferrous metals.

摘要： nanobubbles enhance the flotation* separation performance of* | significantly enhanced the flotation* recovery of galena and* | its flotation* selectivity from pyrite, as compared* | to the conventional flotation* process. The* | the flotation* system also increased in the maximum*

关键词： galena | pyrite | nanobubble | flotation

摘要：Flotation, as a beneficiation process, stands | consumption. A froth flotation* chemicals market analysis* | as a foundation in mineral and metal production | , handling approximately 70-80 % of the world's exploited | ore annually. However, numerous challenges emerge

关键词： Flotation | Collector | Polymer | Mineral separation

摘要：Flotation is a key process for the | interpenetrating continua. For flotation, one phase consists of | extends a flotation* framework to account for these* | describe the flotation* kinetics. Demonstration cases with* | and illustrate possible uses for flotation.

关键词： Flotation | Bubble-particle aggregates | Attachment and detachment kinetics | Aggregate density | Eulerian multi-fluid model | CFD simulation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： flotation separation. In micro-flotation tests were | research of SP in flotation separation process showed | mechanism underlying the selective flotation separation of | chalcopyrite by flotation presents difficulties owing to | The successful separating galena and

关键词： Galena | Chalcopyrite | Sodium periodate | Flotation separation | Depression mechanism

摘要：Flotation is the most widely used technology | flotation production process has complex mechanism | flotation system of mineral processing plants mostly | the automation systems of flotation equipment such | of flotation froth were reviewed. The traditional

关键词： flotation process | flotation equipment automation | intelligent froth feature extraction | key indicator prediction

摘要： flotation circuits to separate valuable minerals and the | Fine bubble generators are being used in | various applications because of the superior performance | that is generally achieved with smaller bubble sizes | . In mineral processing, spargers are used in

关键词： Bubble | Flotation | Leaching

摘要：. However, the conventional flotation methods face | malachite flotation from traditional sulphidization | -xanthate flotation methods to more advanced, sustainable | flotation techniques. Conventional methods, using sodium | incomplete sulphidization, low flotation efficiency, and

关键词： Malachite flotation | Sustainable beneficiation | Emerging flotation methods | Eco-friendly reagents | Flotation efficiency

摘要：Flotation separation based on particle surface | reverse ultrafine particle flotation. The system can be | flotation cells as a retrofit approach. Particle size | properties presents challenges in processing ultrafine | particles (-50 mu m). The MAGFLO system is an innovative

关键词： MAGFLO | Electromagnet | Reverse flotation | Magnetic field | Retrofit

摘要： efficient flotation separation. This study investigated | the flotation separation of talc and molybdenite | molybdenite and talc, conventional flotation depressants are | xanthate (SBX) as the collector. The micro-flotation test | achieve flotation after adding SBX, while talc was still

关键词： Flotation | Carrageenan | Depressant | Molybdenite | Competitive adsorption

摘要：It is known that flotation is the main method | reagent regime and the search for new flotation reagents | selective characteristics and flotation mechanisms | . Progress in the field of flotation can be made in the use | increased selective properties in the flotation process of

关键词： Flotation | flotation reagent | xanthate | dithiocarbamate | adsorption | non-ferrous metals.

摘要： nanobubbles enhance the flotation separation performance of | significantly enhanced the flotation recovery of galena and | its flotation selectivity from pyrite, as compared | to the conventional flotation process. The | the flotation system also increased in the maximum

关键词： galena | pyrite | nanobubble | flotation

摘要：Flotation, as a beneficiation process, stands | consumption. A froth flotation chemicals market analysis | as a foundation in mineral and metal production | , handling approximately 70-80 % of the world's exploited | ore annually. However, numerous challenges emerge

关键词： Flotation | Collector | Polymer | Mineral separation

摘要：Flotation is a key process for the | interpenetrating continua. For flotation, one phase consists of | extends a flotation framework to account for these | describe the flotation kinetics. Demonstration cases with | and illustrate possible uses for flotation.

关键词： Flotation | Bubble-particle aggregates | Attachment and detachment kinetics | Aggregate density | Eulerian multi-fluid model | CFD simulation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： flotation separation. In micro-flotation tests were | research of SP in flotation* separation process showed* | mechanism underlying the selective flotation* separation of* | chalcopyrite by flotation* presents difficulties owing to* | The successful separating galena and

摘要：Flotation is the most widely used technology | flotation production process has complex mechanism | flotation system of mineral processing plants mostly | the automation systems of flotation* equipment such* | of flotation* froth were reviewed. The traditional*

摘要：. However, the conventional flotation* methods face* | malachite flotation* from traditional sulphidization* | -xanthate flotation* methods to more advanced, sustainable* | flotation techniques. Conventional methods, using sodium | incomplete sulphidization, low flotation* efficiency, and*

摘要：It is known that flotation* is the main method* | reagent regime and the search for new flotation* reagents* | selective characteristics and flotation* mechanisms* | . Progress in the field of flotation* can be made in the use* | increased selective properties in the flotation* process of*

摘要： nanobubbles enhance the flotation* separation performance of* | significantly enhanced the flotation* recovery of galena and* | its flotation* selectivity from pyrite, as compared* | to the conventional flotation* process. The* | the flotation* system also increased in the maximum*

摘要：Flotation, as a beneficiation process, stands | consumption. A froth flotation* chemicals market analysis* | as a foundation in mineral and metal production | , handling approximately 70-80 % of the world's exploited | ore annually. However, numerous challenges emerge

摘要：Flotation is a key process for the | interpenetrating continua. For flotation, one phase consists of | extends a flotation* framework to account for these* | describe the flotation* kinetics. Demonstration cases with* | and illustrate possible uses for flotation.