Two-dimensional ternary chalcogenides FeX2Y4 (X=Ga, In; Y= S, Se, Te): Promising materials for sustainable energy

Engineering & Materials Science

• Chalcogenides 100%
• Monolayers 83%
• Renewable energy resources 51%
• Energy gap 36%
• Exfoliation (materials science) 33%
• Electronic properties 32%
• Optical properties 26%
• Hydrogen evolution reaction 19%
• Photocatalysis 16%
• Phonons 16%
• Photocatalysts 16%
• Light absorption 15%
• Transition metals 15%
• Absorption spectra 15%
• Crystal structure 13%
• Transport properties 13%
• Magnetic properties 12%
• Graphene 12%
• Molecular dynamics 11%
• Thin films 9%
• Thermodynamic properties 9%
• Thermal conductivity 9%
• Semiconductor materials 9%
• Computer simulation 5%
• Water 5%
• Hot Temperature 5%
• Temperature 4%

Physics & Astronomy

• chalcogenides 64%
• electronics 19%
• energy 18%
• absorbers (materials) 17%
• optical properties 16%
• water splitting 16%
• optical spectrum 11%
• narrowband 11%
• optical absorption 10%
• transition metals 10%
• absorbers 10%
• graphene 10%
• thermodynamic properties 10%
• transport properties 10%
• crystal structure 10%
• thermal conductivity 9%
• absorption spectra 9%
• synthesis 9%
• molecular dynamics 9%
• magnetic properties 8%
• phonons 8%
• hydrogen 7%
• room temperature 7%
• thin films 6%
• performance 5%
• simulation 4%

Chemical Compounds

• Monolayer 47%
• Energy 30%
• Band Gap 23%
• Thermoelectricity 23%
• Exfoliation 22%
• Electronic Property 17%
• Application 16%
• Optical Property 15%
• Phonon 11%
• Absorptivity 10%
• Photocatalysis 10%
• Thermal Conductivity 10%
• Transport Property 9%
• Magnetic Property 8%
• Hexagonal Space Group 8%
• Semiconductor 8%
• Molecular Dynamics 7%
• Absorption Spectrum 7%
• Transition Element 7%
• Graphene 7%
• Simulation 6%
• Ambient Reaction Temperature 5%
• Hydrogen 5%
• Crystal Structure 5%
• Reduction 4%