Journal of Minerals and Materials Characterization and Engineering

Journal of Minerals and Materials Characterization and Engineering

ISSN Print: 2327-4077
ISSN Online: 2327-4085
www.scirp.org/Journal/jmmce
E-mail: jmmce@scirp.org
"A Study on Gold(III) Recovery Via Foam Separation with Nonionic Surfactant in Batch Mode"
written by T. Kinoshita, S. Akita, S. Ozawa, S. Nii, F. Kawaizumi, K. Takahashi,
published by Journal of Minerals and Materials Characterization and Engineering, Vol.2 No.2, 2003
has been cited by the following article(s):
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[3] Recovery of Palladium from Aqueous Solution Using Surfactant Mediated Precipitation Process
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[4] سنتز نانو سیم اکسید منگنز با روش ساده بعنوان جاذب طلا از پساب آبکاری با استفاده از روش تاگوچی‎
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[5] Continuous foam fractionation of chromium (VI) ions from aqueous and industrial effluents
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[6] ION FLOTATION SILVER IN COLUMN FLOTATION
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[7] Selective recovery of gold (III) via continuous counter-current foam separation from hydrochloric acid solution–Effects of foam and column sizes on separation performance
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[8] Evaluation of interactions between metal ions and nonionic surfactants in high-concentration HCl using low-pressure high-performance liquid chromatography with low-flow-resistance polystyrene-based monolithic column
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[9] Cloud point preconcentration of gold (III) and determination by flame atomic absorption spectrometry
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[10] Selective recovery of gold (III) via continuous counter-current foam separation from hydrochloric acid solution–Effects of foam and column sizes on separation …
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[11] Evaluation of interactions between metal ions and nonionic surfactants in high-concentration HCl using low-pressure high-performance liquid chromatography with …
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[12] Foam separation of metal ions and the potential 'green'alternative to solvent extraction
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[13] A contribution to design foam fractionation processes
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[14] Foam Separation of Metal Ions and the Potential'Green'Alternative to Solvent Extraction
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[15] Selective recovery of gallium with continuous counter-current foam separation and its application to leaching solution of zinc refinery residues
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[16] Effect of chemical structure on the cloud point of some new non-ionic surfactants based on bisphenol in relation to their surface active properties
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[17] Hydrodynamic study and optimization strategy for the surfactant recovery from aqueous solutions
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[18] Diseño Instruccional de Gagné
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[19] Continuous foam separation of heavy metal ions from electroplating industrial effluent
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[20] Zur Effizienz der Zersch?umungsanalyse im halbtechnischen Ma?stab am Beispiel von Humulus lupulus L. und Rosmarinus officinalis L
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[21] Zur Effizienz der Zerschäumungsanalyse im halbtechnischen Maßstab am Beispiel von Humulus lupulus L. und Rosmarinus officinalis L.
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[22] طراحی طول گردنه جهت جداسازی یون مس (II) از آب به روش جزء به جزء با کف‎
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[23] Neck Height Design for Separation of Copper (II) from Wastewater Using Foam Fractionation
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[24] Direct Preparation of N‐Glycosidic Bond‐Linked Nonionic Carbohydrate‐Based Surfactant (NICBS) via Ritter Reaction
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[25] Continuous foam separation of metals enhanced by down-flowing surfactant solution from column top
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[26] Separation and enrichment of gold (III) from environmental samples prior to its flame atomic absorption spectrometric determination
Journal of hazardous materials, 2007
[27] Application of acrylate gel having poly (ethylene glycol) side chains to recovery of gold from hydrochloric acid solutions
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[28] Novel operational method of continuous foam separation of gold–Injection of metal and/or surfactant solutions into rising foam bed
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[29] Anreicherung und Separation von pathologischem Prionprotein (PrPSc) aus Rinderhirn mittels Zerschäumungsanalyse
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[30] Gold recovery from parts-per-trillion-level aqueous solutions by a nanostructured Mn2O3 adsorbent
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[31] Gold recovery from parts-per-trillion-level aqueous solutions by a nanostructured Mn 2 O 3 adsorbent
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[32] Continuous recovery of gold (III) via foam separation with nonionic surfactant
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