Latest Research in High-pressure geophysics and materials

Top Research Topics in High-pressure geophysics and materials

• Ferroelectric and Piezoelectric Materials — 17 papers
• Advanced Thermoelectric Materials and Devices — 6 papers
• Materials Science — 5 papers
• High-pressure geophysics and materials — 2 papers
• Hydrogen Storage and Materials — 2 papers
• Phase-change materials and chalcogenides — 1 papers
• Thermal properties of materials — 1 papers
• Graphene research and applications — 1 papers
• Inorganic Chemistry and Materials — 1 papers
• Magnetic and transport properties of perovskites and related materials — 1 papers

Highest-Cited Papers

1. Specific heat anomalies and phase transitions in the solid solutions of PbHf1-xSnxO3
2. Identifying medium-range structure response on cation- and anion-substitution modification effects in glassy arsenoselenides
3. Machine learning interatomic potential study of grain boundaries thermal conductance and tensile strength in hexagonal boron nitride
4. Unraveling phase evolution and polarization anomaly driven by chemical strain in BNT-based energy storage ceramics
5. Particle Size and Morphology Effects on the High-Pressure Behavior of NaNiF3 Fluoroperovskite
6. Entropy‐Driven Local Polarization Engineering for Superior Energy Storage Performance
7. Unraveling the Tl–Pb–Te System: Structural Identity of Tl2Te and Tl5Te3
8. High capacitive energy storage performance in Bi0.5Na0.5TiO3–SrTiO3 relaxor ferroelectrics via nanodomain engineering
9. Recent developments in ferroelectric relaxor ceramics: Implications for high-temperature capacitive dielectrics
10. Inducing Room Temperature Ferromagnetism in Phyllosilicates via Iron Implantation
11. Boosting Energy Storage of AgNbO 3 ‐Based Capacitors by Constructing Low‐Atomic‐Displacement Region and M 2 ‐M 3 Two‐Phase Coexistence Strategy
12. High-fidelity k$\cdot$p representations of first-principles electronic band structures through covariant renormalization
13. Interface-Controlled Phase Stability in Polymorphic HfO$_2$ Revealed by Machine-Learning Atomistic Simulations
14. Metadynamics for Vacancy Dynamics in Crystals
15. Achieving Superior Energy Storage Performance in KNN‐Based Ceramics Under Moderate Electric Fields via Tailoring K/Na Ratio
16. SSCHA-based evolutionary crystal structure prediction at finite temperatures with account for quantum nuclear motion
17. Contrasting Piezoelectric Mechanisms of Transition Metal Dopants in Complex Lead-Based Perovskite: The Decisive Role of Ionic Site Selectivity
18. Diffusion Kinetics of Ba Cations in Perovskite BaTiO3: A Combined Tracer Diffusion and Metadynamics Study
19. Superior flexibility merges high power density in single-crystal Bi2Te3 film thermoelectric generators
20. Electrochemical hydrogen insertion as a candidatenon-equilibrium route from Mg2IrH5 to thepredicted ambient-pressure superconductorMg2IrH6: a DFT reproduction and a proposal