Explore how chemical analysis techniques are revolutionizing archaeology by revealing hidden stories in ancient artifacts through molecular evidence.
Discover how green chemistry is transforming chemical design to protect our planet and health through sustainable molecular innovation.
Discover how scientists use HPLC-DAD and GC/MS to track toxic chemical intermediates during Methyl Orange's catalytic wet peroxide oxidation process.
Exploring petroleum contamination in soil ecosystems near oil production wells, remediation strategies, and future innovations in environmental science.
Discover how a revolutionary single nanochannel sensor with molecular traps can detect inorganic pyrophosphate contamination in water with incredible precision.
Explore how iodine's chemical speciation influences biological systems, environmental processes, and medical applications.
Explore how caprolactam-based ionic liquids are revolutionizing green chemistry as sustainable solvents for biofuel production and material science.
A bibliometric analysis of Revista CENIC Ciencias Químicas from 1996-2005 reveals patterns in Cuban chemical research and scientific collaboration.
Explore how metal-organic frameworks (MOFs) are revolutionizing CO2 capture through their customizable crystalline structures and exceptional selectivity for carbon dioxide.
Explore how different fertilization practices transform soil ecosystems, affect strawberry growth, and impact nutrient availability in this comprehensive scientific analysis.