PHY 723: Magnetically Ordered Material, in General (Spin Waves, Magnetic Phase Transitions,...)
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 723: Magnetically Ordered Material, in General (Spin Waves, Magnetic Phase Transitions,...) |
Magnetically Ordered Material Spin Waves Magnetic Phase Transitions |
PHY 730: Special Magnetic Materials
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 730: Special Magnetic Materials |
Magnetic Materials, Special |
PHY 731: Ferromagnetics
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 730: Special Magnetic Materials
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Ferromagnetics |
PHY 732: Antiferromagnetics
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 730: Special Magnetic Materials
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Antiferromagnetics |
PHY 733: Ferrimagnetics; Ferrites
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 730: Special Magnetic Materials
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Ferrimagnetics Ferrites |
PHY 734: Amorphous Magnetic Materials; Spin Glasses
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 730: Special Magnetic Materials
└PHY 734: Amorphous Magnetic Materials; Spin Glasses |
Amorphous Magnetic Materials Spin Glasses |
PHY 735: Magnetic Liquids
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 730: Special Magnetic Materials
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Magnetic Liquids Liquids, Magnetic |
PHY 736: Dilute Magnetic Alloys
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 730: Special Magnetic Materials
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Dilute Magnetic Alloys Magnetic Alloys, Dilute |
PHY 737: Domain Effects; Hysteresis
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 737: Domain Effects; Hysteresis |
Domain Effects Hysteresis |
PHY 738: Surface Magnetism
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└PHY 600: Condensed Matter Physics: Liquids and Solids
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Surface Magnetism |
PHY 739: Magnetic Thin Films
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└PHY 600: Condensed Matter Physics: Liquids and Solids
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Magnetic Thin Films Thin Films, Magnetic |
PHY 741: Magnetomechanical, Magnetoelectric and Magnetocaloric Effects
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 741: Magnetomechanical, Magnetoelectric and Magnetocaloric Effects |
Magnetomechanical Effects Magnetoelectric Effects Magnetocaloric Effects |
PHY 749: Others on Solid-State Magnetism
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 749: Others on Solid-State Magnetism |
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PHY 750: Magnetic Resonances in Condensed Matter
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 750: Magnetic Resonances in Condensed Matter |
Magnetic Resonances in Condensed Matter Condensed Matter, Magnetic Resonances |
PHY 751: Electron Spin Resonance (ESR) in Condensed Matter; Acoustic Paramagnetic ESR; Muon-Spin Rotatio
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 750: Magnetic Resonances in Condensed Matter
└PHY 751: Electron Spin Resonance (ESR) in Condensed Matter; Acoustic Paramagnetic ESR; Muon-Spin Rotatio |
Electron Spin Resonance (ESR) in Condensed Matter Acoustic Paramagnetic ESR Muon-Spin Rotatio |
PHY 752: Diamagnetic and Cyclotron Resonance
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 750: Magnetic Resonances in Condensed Matter
└PHY 752: Diamagnetic and Cyclotron Resonance |
Diamagnetic Resonance Cyclotron Resonance |
PHY 753: Ferromagnetic, Ferrimagnetic etc. Resonance
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 750: Magnetic Resonances in Condensed Matter
└PHY 753: Ferromagnetic, Ferrimagnetic etc. Resonance |
Ferromagnetic Resonance Ferrimagnetic Resonance |
PHY 754: Nuclear Magnetic Resonance in Condensed Matter
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 750: Magnetic Resonances in Condensed Matter
└PHY 754: Nuclear Magnetic Resonance in Condensed Matter |
Nuclear Magnetic Resonance in Condensed Matter |
PHY 755: Magnetic Double Resonance; ENDOR (Electron Nuclear Double Resonance)
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 750: Magnetic Resonances in Condensed Matter
└PHY 755: Magnetic Double Resonance; ENDOR (Electron Nuclear Double Resonance) |
Magnetic Double Resonance ENDOR (Electron Nuclear Double Resonance) |
PHY 756: Mössbauer Effect; Nuclear Resonance Fluorescence; Gamma Spectroscopy in Solid State Physics
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 756: Mössbauer Effect; Nuclear Resonance Fluorescence; Gamma Spectroscopy in Solid State Physics |
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PHY 757: Gamma-Gamma Angular Correlation; Angular Distribution of Gamma Rays (PAC, PAD, ...) in Solid State Physics
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 756: Mössbauer Effect; Nuclear Resonance Fluorescence; Gamma Spectroscopy in Solid State Physics
└PHY 757: Gamma-Gamma Angular Correlation; Angular Distribution of Gamma Rays (PAC, PAD, ...) in Solid State Physics |
Gamma-Gamma Angular Correlation Angular Distribution of Gamma Rays PAC PAD |
PHY 760: Dielectric Properties and Materials; Isolator Physics
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics |
Dielectric Properties Dielectric Materials Isolator Physics |
PHY 761: Dielectric Breakdown and Space-Charge Effects
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
└PHY 761: Dielectric Breakdown and Space-Charge Effects |
Dielectric Breakdown Space-Charge Effects |
PHY 762: Dielectric Films; Insulating Films
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
└PHY 762: Dielectric Films; Insulating Films |
Dielectric Thin Films Insulating Films Thin Films, Dielectric |
PHY 763: Piezoelectricity and Electrostriction
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
└PHY 763: Piezoelectricity and Electrostriction |
Piezoelectricity Electrostriction |
PHY 764: Pyroelectric and Electrocaloric Effects
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
└PHY 764: Pyroelectric and Electrocaloric Effects |
Pyroelectric Effects Electrocaloric Effects |
PHY 765: Ferroelectricity and Antiferroelectricity
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
└PHY 765: Ferroelectricity and Antiferroelectricity |
Ferroelectricity Antiferroelectricity |
PHY 766: Special Dielectric Materials (Dielectric Liquids; Ceramics) Electrets, Gaseous Dielectrics, ...)
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
└PHY 766: Special Dielectric Materials (Dielectric Liquids; Ceramics) Electrets, Gaseous Dielectrics, ...) |
Dielectric Materials, Special Dielectric Liquids Electrets |
PHY 767: Electric Resonance
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
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Electric Resonance |
PHY 769: Others on Dielectric Properties
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 760: Dielectric Properties and Materials; Isolator Physics
└PHY 769: Others on Dielectric Properties |
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PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation |
Interactions of Condensed Matter with Particles and Radiation Condensed Matter, Interactions with Particles and Radiation Condensed Matter, Optical Properties, Spectroscopy |
PHY 771: Theory of Optical Properties
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 771: Theory of Optical Properties |
Optical Properties, Condensed Matter |
PHY 772: Optical Properties (Optical Activity, Dichroism, Electrooptical and Magnetooptical Effects etc.
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 772: Optical Properties (Optical Activity, Dichroism, Electrooptical and Magnetooptical Effects etc. |
Optical Properties of Condensed Matter Optical Activity Dichroism Electrooptical Effects Magnetooptical Effects |
PHY 773: Infrared and Raman Spectra
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 773: Infrared and Raman Spectra |
Infrared Spectra, Condensed Matter Raman Spectra, Condensed Matter |
PHY 774: Brillouin and Rayleigh Scattering
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 774: Brillouin and Rayleigh Scattering |
Brillouin Scattering, Condensed Matter Rayleigh Scattering, Condensed Matter |
PHY 775: Visible and Ultraviolet Spectra
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 775: Visible and Ultraviolet Spectra |
Visible Spectra, Condensed Matter Ultraviolet Spectra, Condensed Matter |
PHY 776: Induced Emission
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
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Induced Emission, Condensed Matter |
PHY 777: Absorption of Impurities and Defects; Colour Centres; Spectral Hole-Burning
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 777: Absorption of Impurities and Defects; Colour Centres; Spectral Hole-Burning |
Absorption of Impurities Absorption of Defects Colour Centres Spectral Hole-Burning |
PHY 778: Photoluminescence
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
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Photoluminescence |
PHY 779: Other Luminescences
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
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PHY 781: Optical Properties of Thin Films and Interfaces
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 781: Optical Properties of Thin Films and Interfaces |
Optical Properties of Thin Films Thin Films, Optical Properties |
PHY 782: Other Interactions of Matter, Particles and Radiation (Positrons, X-Rays, Pixe, …
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 782: Other Interactions of Matter, Particles and Radiation (Positrons, X-Rays, Pixe, … |
Particles Scattering, Condensed Matter X-Ray Scattering, Condensed Matter |
PHY 789: Other Optical Properties
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
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PHY 790: Particle Emission and Collision Phenomena; Sputtering
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 790: Particle Emission and Collision Phenomena; Sputtering |
Particle Emission and Collision Phenomena, Condensed Matter Sputtering |
PHY 791: Collision Phenomena (Auger Emission, Secondary Emission, Electron Spectroscopy, Els, Ion Scattering Spectroscopy, ...
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 790: Particle Emission and Collision Phenomena; Sputtering
└PHY 791: Collision Phenomena (Auger Emission, Secondary Emission, Electron Spectroscopy, Els, Ion Scattering Spectroscopy, ... |
Collision Phenomena, Condensed Matter Auger Emission, Condensed Matter Secondary Emission Electron Spectroscopy, Condensed Matter |
PHY 792: Thermionic Emission
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 790: Particle Emission and Collision Phenomena; Sputtering
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Thermionic Emission |
PHY 793: Photoemission and Photo-Electron Spectra (EELS)
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 790: Particle Emission and Collision Phenomena; Sputtering
└PHY 793: Photoemission and Photo-Electron Spectra (EELS) |
Photoemission, Condensed Matter Photo-Electron Spectra (EELS), Condensed Matter |
PHY 794: Field Emission and Field Ionization
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 790: Particle Emission and Collision Phenomena; Sputtering
└PHY 794: Field Emission and Field Ionization |
Field Emission Field Ionization |
PHY 795: Exo-Electron Emission
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 790: Particle Emission and Collision Phenomena; Sputtering
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Exo-Electron Emission |
PHY 796: Resonance Tunnelling
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└PHY 600: Condensed Matter Physics: Liquids and Solids
└PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
└PHY 790: Particle Emission and Collision Phenomena; Sputtering
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Resonance Tunnelling |