Magnetic and dielectric measurements confirm the multiferroic nature of LuMnO3. Raman spectra of LuMnO3 have been recorded in the 77-800 K range covering both the antiferromagnetic transition at 90 K and the ferroelectric-paraelectric transition at 750 K. The changes in the phonon modes frequencies and band-widths indicate the presence of phonon-spin coupling in the antiferromagnetically ordered phase. The ferroelectric-paraelectric transition is accompanied by the broadening and disappearance of many of the phonon modes. Some of the phonon modes also show anomalies at the ferroelectric transition
In order to investigate the effects leading to the strong magnetoelectric coupling in the type II mu...
Temperature-dependent Raman spectra of polycrystalline La1-xMn1-xO3 samples, referred to as LaMnO3+d...
Temperature-dependent Raman spectra of TbMnO3 from 5 to 300 K in the spectral range of 200-1525 cm(-...
Magnetic and dielectric measurements confirm the multiferroic nature of LuMnO3. Raman spectra of L...
Magnetic and dielectric measurements confirm the multiferroic nature of LuMnO<SUB>3</SUB>. Raman spe...
International audienceThe search for materials with strong magnetoelectric coupling has been intense...
International audienceThe search for materials with strong magnetoelectric coupling has been intense...
International audienceThe search for materials with strong magnetoelectric coupling has been intense...
This study reports a comprehensive insight of the effects of controlled off stoichiometry on the str...
We have performed Raman measurements on a TbMnO3 single crystal under magnetic field along the three...
This study reports a comprehensive insight of the effects of controlled off stoichiometry on the str...
This study reports a comprehensive insight of the effects of controlled off stoichiometry on the str...
We investigated temperature-dependent infrared-active phonon modes of honeycomb Li2MnO3 which shows ...
In order to investigate the effects leading to the strong magnetoelectric coupling in the type II mu...
We investigated temperature-dependent infrared-active phonon modes of honeycomb Li2MnO3 which shows ...
In order to investigate the effects leading to the strong magnetoelectric coupling in the type II mu...
Temperature-dependent Raman spectra of polycrystalline La1-xMn1-xO3 samples, referred to as LaMnO3+d...
Temperature-dependent Raman spectra of TbMnO3 from 5 to 300 K in the spectral range of 200-1525 cm(-...
Magnetic and dielectric measurements confirm the multiferroic nature of LuMnO3. Raman spectra of L...
Magnetic and dielectric measurements confirm the multiferroic nature of LuMnO<SUB>3</SUB>. Raman spe...
International audienceThe search for materials with strong magnetoelectric coupling has been intense...
International audienceThe search for materials with strong magnetoelectric coupling has been intense...
International audienceThe search for materials with strong magnetoelectric coupling has been intense...
This study reports a comprehensive insight of the effects of controlled off stoichiometry on the str...
We have performed Raman measurements on a TbMnO3 single crystal under magnetic field along the three...
This study reports a comprehensive insight of the effects of controlled off stoichiometry on the str...
This study reports a comprehensive insight of the effects of controlled off stoichiometry on the str...
We investigated temperature-dependent infrared-active phonon modes of honeycomb Li2MnO3 which shows ...
In order to investigate the effects leading to the strong magnetoelectric coupling in the type II mu...
We investigated temperature-dependent infrared-active phonon modes of honeycomb Li2MnO3 which shows ...
In order to investigate the effects leading to the strong magnetoelectric coupling in the type II mu...
Temperature-dependent Raman spectra of polycrystalline La1-xMn1-xO3 samples, referred to as LaMnO3+d...
Temperature-dependent Raman spectra of TbMnO3 from 5 to 300 K in the spectral range of 200-1525 cm(-...