Thermo-kinetic approach to the crystallization mechanism of thermochromic SmNiO₃ thin films: An in situ study in air-annealing

INIS

• thin films 100%
• air 100%
• annealing 100%
• kinetics 100%
• crystallization 100%
• nickelates 100%
• growth 66%
• phase transformations 66%
• nucleation 66%
• applications 33%
• electrons 33%
• performance 33%
• comparative evaluations 33%
• oxides 33%
• x-ray diffraction 33%
• surfaces 33%
• correlations 33%
• electronic structure 33%
• transformations 33%
• x-ray photoelectron spectroscopy 33%
• transmission electron microscopy 33%
• magnetrons 33%
• sputtering 33%
• high temperature 33%
• energy-loss spectroscopy 33%
• activation energy 33%
• experimental data 33%
• stabilization 33%
• optical properties 33%
• rare earths 33%
• perovskites 33%

Material Science

• Annealing 100%
• Thermochromics 100%
• Nickelate 100%
• Thin Films 100%
• Nucleation 66%
• Optical Property 33%
• Magnetron Sputtering 33%
• Amorphous Material 33%
• Crystalline Material 33%
• Transmission Electron Microscopy 33%
• X-Ray Diffraction 33%
• Electronic Structure 33%
• X-Ray Photoelectron Spectroscopy 33%
• Electron Energy Loss Spectrometry 33%
• Activation Energy 33%
• Oxide Compound 33%
• Nanocrystallites 33%

Keyphrases

• Kinetic Approach 100%
• Thermokinetics 100%
• Air Annealing 100%
• In Situ High-energy X-ray Diffraction 50%
• Nickelate Thin Films 50%
• Nickelates 50%
• Homogeneous Processes 50%
• Reversible Property 50%
• Optical Property Measurement 50%
• Thermochromic Performance 50%
• Heterogeneous Process 50%
• Rare-earth Nickelates 50%
• Crystalline Phase Transformation 50%