| Document Date: 2005-11-17 08:53:34
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City Vienna / Budapest / / Company Au Ag / / Country Poland / Germany / Egypt / Hungary / Turkey / France / Japan / Austria / South Korea / India / Kazakhstan / / IndustryTerm stimuli-sensitive polymer-based absorption systems / selective separation systems / chemical reactions / hydrogel-based uranium recovery systems / potential applications / uranium recovery technology / drug-delivery systems / actual and perspective applications / metal chelation / polymer products / separation technology / copolymerization processing / drug delivery systems / membrane technology / important applications / biomedical applications / Radiation-based technologies / alternative solutions / chemo-mechanical devices / chemical etching / biological applications / sound solution / high-energy radiations / natural systems / diagnostic systems / chemical modification / heavy metal ions / Radiation processing techniques / radiation processing / radiation technology / energy / / Organization Division of Physical and Chemical Sciences / International Atomic Energy Agency / / Person Y.K. Bhardwaj / V / / Technology genomics / Radiation / drug delivery / wastewater treatment / biomaterials / uranium recovery technology / sorption / drug-delivery / biochips / radiation technology / radiation-based technologies / separation technology / membrane technology / dialysis / /
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IAEA-TECDOC[removed]Radiation synthesis of stimuli-responsive membranes, hydrogels and adsorbents for separation purposes