A reaction-path geochemical modelling study predicts that Mg-bearing silicate gangue consumes most added sulfuric acid before sulfide-hosted nickel, manganese and ...
Cobalt- and indium-co-doped zinc oxide microspheres produced an approximately 18-fold higher formaldehyde response than pure zinc oxide, with reported response ...
A critical review finds that cobalt’s narrow window between plant stimulation and toxicity, together with variable soil availability and accumulating ...
A cobalt-doped manganese dioxide cathode achieved 658 mAh g⁻¹ and retained about 100 mAh g⁻¹ after 15,000 cycles in laboratory ...
A new study of three Himalayan rivers in Himachal Pradesh provides the first systematic trace metal baseline for their sediments, ...
A new review argues that membrane separation technology could transform spent lithium-ion batteries, acid mine drainage, and industrial brines into ...
Researchers have unveiled a hybrid electrode material that pulls double duty in the clean-energy economy, storing impressive amounts of charge ...
New research reveals cobalt in century-old mine wastes from Canada and Cornwall shows consistently high mobility and poses medium to ...
A three-year survey of six Missouri River floodplain lakes and ponds shows that water-body identity, not season, drives trace-element variation, ...
A new dual-attribution framework covering 193 countries shows that foreign investment and trade redistribute cobalt availability, reducing global concentration even ...
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