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High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization.

High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization. Research Abstract Details 

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  • High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization. Abstract Text:

    kohei yamashiroKohei Yamashiro,kazuyoshi miyoshiKazuyoshi Miyoshi,ryo ishiharaRyo Ishihara,daisuke umenoDaisuke Umeno,kyoichi saitoKyoichi Saito,takanobu sugoTakanobu Sugo,shinsuke yamadaShinsuke Yamada,hiroyuki fukunagaHiroyuki Fukunaga,masanori nagaiMasanori Nagai,kohei yamashiroKohei Yamashiro,kazuyoshi miyoshiKazuyoshi Miyoshi,ryo ishiharaRyo Ishihara,daisuke umenoDaisuke Umeno,kyoichi saitoKyoichi Saito,takanobu sugoTakanobu Sugo,shinsuke yamadaShinsuke Yamada,hiroyuki fukunagaHiroyuki Fukunaga,masanori nagaiMasanori Nagai,

    A chelating porous sheet for use in solid-phase extraction was prepared by radiation-induced graft polymerization and subsequent chemical modifications. An epoxy-group-containing vinyl monomer was graft-polymerized onto a porous sheet made of polyethylene. The produced epoxy group of the graft chain was converted into an iminodiacetate group. The chelating porous sheet with a density of the iminodiacetate group of 2.1mol/kg was cut into disks 13mm in diameter to fit an empty cylindrical cartridge with a capacity of 6mL. Breakthrough curves using the chelating-porous-disk-packed cartridge overlapped irrespective of the flow rate of the solution ranging up to 1500mL/h because of negligible diffusional mass-transfer resistance of the copper ions to the iminodiacetate group of the graft chain.

    High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization. Publishing Authors By Initials

    k yamashiroK Yamashiro,k miyoshiK Miyoshi,r ishiharaR Ishihara,d umenoD Umeno,k saitoK Saito,t sugoT Sugo,s yamadaS Yamada,h fukunagaH Fukunaga,m nagaiM Nagai,k yamashiroK Yamashiro,k miyoshiK Miyoshi,r ishiharaR Ishihara,d umenoD Umeno,k saitoK Saito,t sugoT Sugo,s yamadaS Yamada,h fukunagaH Fukunaga,m nagaiM Nagai,

    For similar abstracts research abstracts see: abstracts research

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    High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization. Journal Published:

    PUBLICATION TYPE: Journal Article

    Journal: Journal of chromatography. A

    VOLUME: 1176

    Page Numbers: 37-42

    Journal Abbreviation:

    ISSN: 0021-9673

    DAY: 9

    MONTH: 11

    YEAR: 2007

    High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization. Information

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    LANGUAGE: eng

    NlmUniqueID: 9318488

    High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization. Keywords Mesh Terms:

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    Grant and Affiliation Information for High-throughput solid-phase extraction of metal ions using an iminodiacetate chelating porous disk prepared by graft polymerization.

    AFFILIATION: Department of Applied Chemistry and Biotechnology, Chiba University, 1-33 Yayoi-cho, Inage-ku, Chiba 263-8522, Japan.

    Country: Netherlands

    Netherlands Research PublicationNetherlands Research Publication

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    MEDLINETA: J Chromatogr A

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