Phosphonate Chemistry, Technology and Applications

Part I: Phosphonates for industrial and environmental applications <br>1. The role of phosphonate chemistry in engine coolant applications<br>2. Phosphonate-based scale inhibitors in geothermal applications<br>3. Metal phosphonates in electrochemical oxidation degradation applications<br>4. Green alternative approaches to the synthesis of the metal–organic frameworks<br>5. Metal phosphonates for separation applications<br>6. Metal phosphonates for CO₂ capture and conversion<br>7. Application of phosphonate-based scale inhibitors for oilfield scale control<br>8. Abiotic and biological degradation of industrially relevant phosphonates<br>9. Phosphonate additives as crystal growth modifiers<br>10. The biodegradation of phosphonates<br><br>Part II: Metal phosphonate materials for energy, magnetic, optical, and catalytic applications <br>11. Metal phosphonates: Synthesis, properties, and catalytic applications<br>12. Proton-conducting metal phosphonates<br>13. Proton conductivity of zirconium phosphates and phosphonates<br>14. Metal phosphonates as supports for nanoparticles and relevant applications<br>15. Chiral metal phosphonates<br>16. Synthesis and catalytic performance of mesoporous metal phosphonates<br>17. Advancing efficiency and reusability in photocatalysis through functionalization of catalysts with phosphonate groups<br>18. Metal phosphonate/polymer composites for PEMFC applications