© 2019 We studied the magnetocaloric effect in a single crystal GdTiO3. Single crystal GdTiO3 had a second order phase transition from a paramagnetic to ferrimagnetic state at 33 K. The maximum entropy change of -ΔS=0.10 J/cm3 K was observed in a 5 T field at the transition temperature. A small anisotropy was found in the magnetization and specific heat in low magnetic fields. The magnetization showed no hysteresis. Temperature dependencies of entropy, which are important for analyzing the refrigeration cycle, were calculated from the magnetization and specific heat measurements. These results indicate that GdTiO3 has the potential for applications as a magnetic refrigerant for hydrogen liquefaction
We have investigated the magnetocaloric effect in single and polycrystalline samples of quantum para...
An adiabatic demagnetization process is studied in Gd2Ti2O7, a geometrically frustrated antiferromag...
The magnetic refrigeration (MR) technology by utilizing the magnetocaloric (MC) effects of magnetic ...
© 2019 We studied the magnetocaloric effect in a single crystal GdTiO3. Single crystal GdTiO3 had a ...
As a part of a current research concerning the physical characterisation of Rare Earth intermetallic...
We report a large entropy change (ΔS) below 300 K, peaking near TC=220 K, due to isothermal cha...
We report a large entropy change (ΔS) below 300 K, peaking near TC=220 K, due to isothermal cha...
Under the terms of the Creative Commons Attribution license.-- et al.We have investigated the magnet...
We report a large entropy change (ΔS) below 300 K, peaking near TC = 220 K, due to isothermal chang...
International audienceThe effect of Ti substitution on the magnetocaloric effect of the La0.70Sr0.30...
We report the magnetocaloric effect (MCE) in a Pr0.52Sr0.48MnO3 single crystal. A peak in the temper...
6 pages, 4 figuresAn adiabatic demagnetization process is studied in Gd2Ti2O7, a geometrically frust...
The influence of the application of a magnetic field (H) on the temperature (T) dependence of heat c...
The influence of the application of a magnetic field (H) on the temperature (T) dependence of heat c...
6 pages, 4 figuresAn adiabatic demagnetization process is studied in Gd2Ti2O7, a geometrically frust...
We have investigated the magnetocaloric effect in single and polycrystalline samples of quantum para...
An adiabatic demagnetization process is studied in Gd2Ti2O7, a geometrically frustrated antiferromag...
The magnetic refrigeration (MR) technology by utilizing the magnetocaloric (MC) effects of magnetic ...
© 2019 We studied the magnetocaloric effect in a single crystal GdTiO3. Single crystal GdTiO3 had a ...
As a part of a current research concerning the physical characterisation of Rare Earth intermetallic...
We report a large entropy change (ΔS) below 300 K, peaking near TC=220 K, due to isothermal cha...
We report a large entropy change (ΔS) below 300 K, peaking near TC=220 K, due to isothermal cha...
Under the terms of the Creative Commons Attribution license.-- et al.We have investigated the magnet...
We report a large entropy change (ΔS) below 300 K, peaking near TC = 220 K, due to isothermal chang...
International audienceThe effect of Ti substitution on the magnetocaloric effect of the La0.70Sr0.30...
We report the magnetocaloric effect (MCE) in a Pr0.52Sr0.48MnO3 single crystal. A peak in the temper...
6 pages, 4 figuresAn adiabatic demagnetization process is studied in Gd2Ti2O7, a geometrically frust...
The influence of the application of a magnetic field (H) on the temperature (T) dependence of heat c...
The influence of the application of a magnetic field (H) on the temperature (T) dependence of heat c...
6 pages, 4 figuresAn adiabatic demagnetization process is studied in Gd2Ti2O7, a geometrically frust...
We have investigated the magnetocaloric effect in single and polycrystalline samples of quantum para...
An adiabatic demagnetization process is studied in Gd2Ti2O7, a geometrically frustrated antiferromag...
The magnetic refrigeration (MR) technology by utilizing the magnetocaloric (MC) effects of magnetic ...