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Thiacalixarene / Calixarene / Aromatic hydrocarbon / Phenol / Functional group / Sulfur / Resorcinarene / Chemistry / Macrocycles / Supramolecular chemistry


number 122 Contribution Thiacalixarenes: the development of new host molecules utilizing the characteristics of sulfur Naoya Morohashi* and Sotaro Miyano**
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Document Date: 2012-09-20 08:48:56


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Company

K2 CO / PhH / CH3 CO / Cosmo Oil Co. Ltd. / MeI / Various / Tokyo Kasei Kogyo Co. Ltd / /

Facility

Yamagata University / Tohoku University / /

IndustryTerm

Sample solution / gas chromatographic separation / metal / soft metal ions / phenolic hydroxy / methylene / harmful heavy metal ions / hydroxy groups / metal ion / functional groups / hydroxy / metal-ligating ability / coordination site / metal-recognition ability / chemical engineers / alkali metal ions / polyether chain / noble metal palladium / extracted metal ions / aqueous solutions / alkali metal / alkaline solution / oil-soluble phenolate salts / metal complexes / metal ions / chemical modification / aqueous solution / high metal-extraction ability / heavy metal ions / activation energy / alkoxy / metal-extraction abilities / phenolic hydroxy groups / chemical modifications / /

Organization

Faculty of Engineering / Tohoku University / Yamagata University / /

Person

Naoya Morohashi / Sotaro Miyano / /

Position

Director / Fukushima Technology Centre / Professor Emeritus / CaO / **Director / /

Product

sodium chloride / polyethylene glycol / /

ProvinceOrState

Ohio / /

Technology

X-ray / crystallization / condensation / /

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