Electrostatic versus Electrochemical Doping and Control of Ferromagnetism in Ion-Gel-Gated Ultrathin La_0.5Sr_0.5CoO_3-δ

Engineering & Materials Science

• Ferromagnetism 100%
• Doping (additives) 62%
• Electrostatics 59%
• Gels 58%
• Carrier concentration 52%
• Ions 51%
• Electrolytes 36%
• Metal insulator transition 35%
• Magnetic anisotropy 29%
• Magnetoresistance 29%
• Curie temperature 29%
• Oxygen vacancies 28%
• Superconductivity 28%
• Charge carriers 28%
• Magnetism 26%
• Ionic liquids 25%
• Hall effect 25%
• Oxidation-Reduction 24%
• Atomic force microscopy 23%
• Magnetic materials 23%
• X ray photoelectron spectroscopy 22%
• Magnetic properties 22%
• Control surfaces 21%
• Compressive stress 19%
• Anisotropy 19%
• Electrons 18%
• Voltage control 17%
• Oxides 16%
• Transistors 15%
• Tuning 14%
• Modulation 14%
• Substrates 13%
• Electric potential 9%
• Experiments 6%

Physics & Astronomy

• ferromagnetism 54%
• gels 43%
• electrostatics 42%
• ions 26%
• Hall effect 25%
• electrolytes 23%
• control surfaces 19%
• inert atmosphere 18%
• anisotropy 17%
• electric potential 15%
• magnetic materials 14%
• Curie temperature 12%
• charge carriers 12%
• superconductivity 11%
• transition metals 11%
• photoelectron spectroscopy 11%
• transistors 11%
• atomic force microscopy 10%
• tuning 10%
• insulators 10%
• magnetic properties 9%
• modulation 9%
• electrical resistivity 8%
• oxides 8%
• thresholds 8%
• shift 8%
• oxygen 8%
• probes 8%
• cells 7%
• liquids 7%
• electronics 7%
• x rays 6%
• electrons 5%

Chemical Compounds

• Ferromagnetism 70%
• Curie Temperature (Ferromagnetic) 55%
• Hall Effect Coefficient 46%
• Magnetic Anisotropy 36%
• Magnetic Material 34%
• Order Parameter 33%
• Magnetism 30%
• Charge Carrier 26%
• Anisotropy 26%
• Magnetic Property 22%
• Voltage 20%
• X-Ray Photoelectron Spectroscopy 19%
• Probe 17%
• Oxide 15%
• Surface 8%