Boron Substituted Na\\r sub/3sub\\r V\\r sub/2sub\\r (P\\r sub/1sub\\r sub/−xsub\\r B\\r \\r sub/xsub\\r O\\r sub/4sub\\r )\\r sub/3sub\\r Cathode Materials with Enhanced Performance for Sodium-Ion Batteries

Viscosity of Binary and Ternary Aqueous Systems of NaH\\r sub/2sub\\r PO\\r sub/4sub\\r , Na\\r sub/2sub\\r HPO\\r sub/4sub\\r , Na\\r sub/3sub\\r PO\\r sub/4sub\\r , KH\\r sub/2sub\\r PO\\r sub/4sub\\r , K\\r sub/2sub\\r HPO\\r sub/4sub\\r , and K\\r sub/3sub\\r PO\\r sub/4sub

Exploration of Ca\\r sub/0.5sub\\r Ti\\r sub/2sub\\r (PO\\r sub/4sub\\r )\\r sub/3sub\\r @carbon Nanocomposite as the High-Rate Negative Electrode for Na-Ion Batteries

Sodium Ion Diffusion and Voltage Trends in Phosphates Na\\r sub/4sub\\r M\\r sub/3sub\\r (PO\\r sub/4sub\\r )\\r sub/2sub\\r P\\r sub/2sub\\r O\\r sub/7sub\\r (M = Fe, Mn, Co, Ni) for Possible High-Rate Cathodes

Investigation of the Sodium Ion Pathway and Cathode Behavior in Na\\r sub/3sub\\r V\\r sub/2sub\\r (PO\\r sub/4sub\\r )\\r sub/2sub\\r F\\r sub/3sub\\r Combined via a First Principles Calculation

Synthesis and electrochemical performance of xLiV\\r sub/3sub\\r O\\r sub/8sub\\r ·yLi\\r sub/3sub\\r V\\r sub/2sub\\r (PO\\r sub/4sub\\r )\\r sub/3sub\\r /rGO composite cathode materials for lithium ion batteries

Common Building Motifs in Ba\\r sub/2sub\\r Fe\\r sub/3sub\\r (PO\\r sub/4sub\\r )\\r sub/4sub\\r ·2H\\r sub/2sub\\r O, BaFe\\r sub/3sub\\r (PO\\r sub/4sub\\r )\\r sub/3,sub\\r and Na\\r sub/3sub\\r Fe\\r sub/3sub\\r (PO\\r sub/4sub\\r )\\r sub/4sub\\r : Labile Fe\\r 2+\\r /Fe\\r 3+\\r Ordering and Charge-Dependent Magnetism

Density Equations of UO\\r sub/2sub\\r (NO\\r sub/3sub\\r )\\r sub/2sub\\r -HNO\\r sub/3sub\\r and UO\\r sub/2sub\\r (NO\\r sub/3sub\\r )\\r sub/2sub\\r -Gd(NO\\r sub/3sub\\r )\\r sub/3sub\\r -HNO\\r sub/3sub\\r Solutions

Synthesis and crystal structure of Na\\r sub/5sub\\r Cu\\r sub/3sub\\r (PO\\r sub/4sub\\r )\\r sub/2sub\\r (PO\\r sub/4sub\\r HPO\\r sub/4sub\\r )

Interactions in the Quaternary Systems H\\r sub/2sub\\r O–Er(NO\\r sub/3sub\\r )\\r sub/3sub\\r –La(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Pr(NO\\r sub/3sub\\r )\\r sub/3sub\\r , H\\r sub/2sub\\r O–Er(NO\\r sub/3sub\\r )\\r sub/3sub\\r –La(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Nd(NO\\r sub/3sub\\r )\\r sub/3sub\\r , and H\\r sub/2sub\\r O–Er(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Pr(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Nd(NO\\r sub/3sub\\r )\\r sub/3sub\\r to Very High Concentrations