We present pressure experiments on FePM2Cl2 PM pyrimidine . This material undergoes a transition into a canted antiferromagnetic state below TN 6.3 K at ambient pressure. We establish the bulk modulus, the anisotropy of the compression and the pressure dependence of the antiferromagnetic transition temperature. Our experiments demonstrate the usefulness of pressure experiments to investigate the properties of molecular magnetic compound
International audienceThe spin-crossover properties of the strongly cooperative compound [Fe(PM-PEA)...
We report on temperature dependent magnetic susceptibility and Mossbauer effect studies of the influ...
In this study, the electrical resistivity and magnetization of a single crystal of Ce2Ni3Ge5 heavy f...
We present measurements of the magnetic susceptibility chi T on the pyrimidine bridged transition m...
This thesis presents work exploring the use of pressure as a tuning parameter for exploring the phas...
Fascinating phenomena observed under applied pressure and magnetic field are attracting much researc...
We report on temperature dependent magnetic susceptibility and Mössbauer effect studies of the influ...
This thesis summarizes experimental work using high pressure as a tuning parameter in the study of s...
Pressure effect on magnetic transition temperatures of intermetallic compound Ce(Fe0.945Al0.055)2 wa...
We report on the studies of the influence of hydrostatic pressure (up to 1.2 GPa) on dynamic electro...
The effect of pressure (up to 0.17GPa) on the spin-crossover compound {Fe(pmd)2[Ag(CN)2]2} n [orthor...
The spin-crossover properties of the strongly cooperative compound [Fe(PM-PEA)2(NCS)2] (with PM-PEA ...
We present an investigation of the S 1 2 antiferromagnetically coupled Heisenberg spin chain [PMCu N...
We report on the studies of the influence of hydrostatic pressure (up to 1.2 GPa) on dynamic electro...
The spin-crossover properties of the strongly cooperative compound [Fe(PM-PEA)2(NCS)2] (with PM-PEA ...
International audienceThe spin-crossover properties of the strongly cooperative compound [Fe(PM-PEA)...
We report on temperature dependent magnetic susceptibility and Mossbauer effect studies of the influ...
In this study, the electrical resistivity and magnetization of a single crystal of Ce2Ni3Ge5 heavy f...
We present measurements of the magnetic susceptibility chi T on the pyrimidine bridged transition m...
This thesis presents work exploring the use of pressure as a tuning parameter for exploring the phas...
Fascinating phenomena observed under applied pressure and magnetic field are attracting much researc...
We report on temperature dependent magnetic susceptibility and Mössbauer effect studies of the influ...
This thesis summarizes experimental work using high pressure as a tuning parameter in the study of s...
Pressure effect on magnetic transition temperatures of intermetallic compound Ce(Fe0.945Al0.055)2 wa...
We report on the studies of the influence of hydrostatic pressure (up to 1.2 GPa) on dynamic electro...
The effect of pressure (up to 0.17GPa) on the spin-crossover compound {Fe(pmd)2[Ag(CN)2]2} n [orthor...
The spin-crossover properties of the strongly cooperative compound [Fe(PM-PEA)2(NCS)2] (with PM-PEA ...
We present an investigation of the S 1 2 antiferromagnetically coupled Heisenberg spin chain [PMCu N...
We report on the studies of the influence of hydrostatic pressure (up to 1.2 GPa) on dynamic electro...
The spin-crossover properties of the strongly cooperative compound [Fe(PM-PEA)2(NCS)2] (with PM-PEA ...
International audienceThe spin-crossover properties of the strongly cooperative compound [Fe(PM-PEA)...
We report on temperature dependent magnetic susceptibility and Mossbauer effect studies of the influ...
In this study, the electrical resistivity and magnetization of a single crystal of Ce2Ni3Ge5 heavy f...