Fundamentals of Low Dimensional Magnets
portes grátis
Fundamentals of Low Dimensional Magnets
Mishra, Sanjay R.; Nguyen, Tuan Anh; Gupta, Ram K.
Taylor & Francis Ltd
10/2024
370
Mole
9781032054216
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
PART I. EMERGING APPLICATIONS, 1. Biomedicine, 2. Magnetic nanomaterials in catalysis, 3. Magnetic memory devices, 4. Spin transistors devices, 5. Spin torque devices, 6. Magnet design for magnetic refrigerator, 7. Magnets for accelerators, 8. Energy conversion devices, 9. Nanosensors, 10. Robotics, 11. Aerospace industry, 12. Toxic waste removal, 13. Telecommunication, 14. Electromagnetic shielding applications, 15. Microwave applications, PART II. CHALLENGES AND FUTURE, 16. Toxicity/risk assessment of nanomagnets, 17. New approaches for thermally stable nanomagnets, 18. Future scope
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
nanomagnets;nanostructured magnetic semiconductors;nanowire magnets;low dimensional magnets;magnetic systems;2D magnetic systems;3D magnonic structures;magnonic networks;nanostructured hybrid magnetic materials;nanomagnetic materials;perovskite magnetic nanomagnets;crystal structures;nanoscale characterization;mathematical modelling;exchange coupling constant;zero field splitting parameters;novel magnetism;ultra-thin films;polarized neutron reflectometry;magnetosomes;magnetic nanostructures;spintronics;spintronics of nanomagnets;permanent magnets;BFO Thin Film;Orbital Angular Momentum;American Chemical Society;Spin Valves;TM;Spin Currents;Spin Wave;Magnonic Crystals;Domain Walls;Magnetic Anisotropy;SOC;Magnetic Moments;DMS;Spin Polarization;Paramagnetic Ferromagnetic Phase Transition;Micromagnetic Simulations;Spin Torque Oscillators;Dynamic Magnetization;TEM Image;Micromagnetic Models;Magnetic Semiconductors;Magnetic Structures;XRR Data
PART I. EMERGING APPLICATIONS, 1. Biomedicine, 2. Magnetic nanomaterials in catalysis, 3. Magnetic memory devices, 4. Spin transistors devices, 5. Spin torque devices, 6. Magnet design for magnetic refrigerator, 7. Magnets for accelerators, 8. Energy conversion devices, 9. Nanosensors, 10. Robotics, 11. Aerospace industry, 12. Toxic waste removal, 13. Telecommunication, 14. Electromagnetic shielding applications, 15. Microwave applications, PART II. CHALLENGES AND FUTURE, 16. Toxicity/risk assessment of nanomagnets, 17. New approaches for thermally stable nanomagnets, 18. Future scope
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
nanomagnets;nanostructured magnetic semiconductors;nanowire magnets;low dimensional magnets;magnetic systems;2D magnetic systems;3D magnonic structures;magnonic networks;nanostructured hybrid magnetic materials;nanomagnetic materials;perovskite magnetic nanomagnets;crystal structures;nanoscale characterization;mathematical modelling;exchange coupling constant;zero field splitting parameters;novel magnetism;ultra-thin films;polarized neutron reflectometry;magnetosomes;magnetic nanostructures;spintronics;spintronics of nanomagnets;permanent magnets;BFO Thin Film;Orbital Angular Momentum;American Chemical Society;Spin Valves;TM;Spin Currents;Spin Wave;Magnonic Crystals;Domain Walls;Magnetic Anisotropy;SOC;Magnetic Moments;DMS;Spin Polarization;Paramagnetic Ferromagnetic Phase Transition;Micromagnetic Simulations;Spin Torque Oscillators;Dynamic Magnetization;TEM Image;Micromagnetic Models;Magnetic Semiconductors;Magnetic Structures;XRR Data
