Titlebook: Strontium Contamination in the Environment; Pankaj Pathak,Dharmendra K. Gupta Book 2020 Springer Nature Switzerland AG 2020 Strontium Cont

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978-3-030-15316-8Springer Nature Switzerland AG 2020

LAITY

Strontium Contamination in the Environment978-3-030-15314-4Series ISSN 1867-979X Series E-ISSN 1616-864X

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Pankaj Pathak,Dharmendra K. GuptaPresents the latest approaches for effective chemical and biological decontamination of strontium polluted areas.Appeals to environmental managers, scientists and policymakers.Outlines the impact of s

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CORD

Strontium Extraction from the Geo-environment,tegy between the metal ion and dipole from the donor atom of crown ether is prominently being used, whereas the poorly hydrated anions of dicarbollide, a boron cluster with a .-bonded trivalent cobalt ion, form ion-pair neutral compounds in the extraction process. In this chapter, the extraction pro

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典型

Plant Response Under Strontium and Phytoremediation,ke and high biomass production. Plants’ native anti-stress physiological mechanisms play an important role in this issue. This chapter deals with the probable issues for overall phytoremediation strategies of radiostrontium to ameliorate the contaminated soil in an eco-friendly manner.

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Uptake, Transport, and Remediation of Strontium,erals, and other oxides present in the environment. Owing to the severity of radioactive Sr contamination, this chapter thus deals with the various pathways of strontium dispersal into the geo-environment. Additionally, for the contaminated sites, studies on sorption-desorption behavior for selectio

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Spatial Distribution of 90Sr from Different Sources in Soils of the Ural Region, Russia,r reached 70,000 kBq/m. in the EURT head part. Prolonged input of global fallout and gas-aerosol emissions from the NFC enterprises and transport of radionuclides from contaminated areas supported during a long time stable global (1.3 Bq/m.) and regional (1.6–3.0 Bq/m.) levels of .Sr in the Urals. M