Magnon Cr2O3 Neutron

Figure 1 from Structure and Magnetic Properties...

Magnon bands of Mn5Ge3 determined by inelastic ...

Capturing the exchange interaction between MTI ...

Figure 3 from Neutron scattering study of two-m...

Writing the Magnetic Alphabet - FunsizePhysics

Figure 6 from Neutron scattering study of two-m...

Magnon bands of Mn5Ge3 determined by inelastic ...

Chromium Oxide Cr2O3 Nanopowder / Nanoparticles...

The influence of the Cr2O3–Mn2O3 colorants syst...

Cr2O3 values (weight percent) plotted against i...

Magnon Sensing of NO, NO2 and NH3 Gas Capture o...

SEM image of annealed Cr2O3 structure at 550 °C...

Magnon scattering in magnetic CrI3 bilayers a, ...

The magnetism of the Cr2O3–CrN MHs. a) SQUID ch...

False color map of inelastic neutron scattering...

Another Look at Photoelectron Spectra of the An...

CR5798 Cr2O3 40TiO2 Powder

Figure 1 from Neutron scattering study of two-m...

Micro structure of Cr(NO3)3·9H2O and CrCl3·6H2O...

The neutron diffraction patterns of Cr 2 O 3 , ...

Cr3+‐Cr3+ Ion Pair Induced Fast Energy Migratio...

Figure 1 from Edinburgh Research Explorer From ...

Electric field-induced resistance changes at lo...

Morphology of the sample Cr2O3(30 nm)/Fe72Ga28(...

Growth of 2D Cr2O3–CrN Mosaic Heterostructures ...

Magnon bandstructure in CrI3, a honeycomb 2D ma...

Capturing the exchange interaction between MTI ...

Optical absorption spectrum of Cr2O3 nanopartic...

Magnon dispersion relation curves at various te...

Magnon excitations in Cu2OSeO3 as measured by t...

Field-induced magnon instabilities in neutron-s...

Gas sensing mechanism for Cr2O3-decorated ZnO m...

An Ultralow Concentration of Cr2O3 Dopants‐Driv...

Solved 1. Cro42- Cr20-2- II. Na2O2 Mno . III. P...

Superconductivity at KTaO3 interface & magnon s...