We propose a thermodynamic model of free energy expansion up to eighth order of magnetisation to describe the complex magnetic phase transitions in ferromagnetic superconductor UGe$_2$. The model successfully describes transitions between ordered phases which take place without changing of magnetic structure but only of magnetisation which is the case of UGe$_2$ where two magnetic phases with same structure but with different magnitude occur with decreasing of temperature. We consider the infuence of pressure on magnetic transitions in the simplest form of including it only in pressure dependence of Curie temperature for the transition between the paramagnetic and themagnetic phase with the lower magnetic moment FM1. Our results show that f...
International audienceAbstract The nearly ferromagnetic superconductor UTe 2 shows several intriguin...
As ferromagnetism and superconductivity are usually considered to be antagonistic, the discovery of ...
Ferromagnetism (FM) and superconductivity (SC) are traditionally thought of as competing states of ...
We have studied the high-pressure magnetic property in UGe 2 where ferromagnetic superconductivity a...
l’Energie Atomique, INAC/SPSMS, 38054 Grenoble, France The phase diagram of several itinerant ferrom...
[Abstract] We investigate the pressure coefficient of the superconducting transition temperature of...
This thesis summarizes experimental work using high pressure as a tuning parameter in the study of s...
Results of a detailed investigation of the ferromagnetic superconductor UGe2 using positive muon spi...
The pressure effects on the superconductingtransition temperature of ferromagnetic superconductorsar...
We report a dc magnetization study of the critical phenomenon around the ferromagnetic transition te...
We report a dc magnetization study of the critical phenomenon around the ferromagnetic transition te...
We report a dc magnetization study of the critical phenomenon around the ferromagnetic transition te...
Results of a detailed investigation of the ferromagnetic superconductor UGe2 using positive muon spi...
The pressure effects on the superconducting transition temperature of ferromagnetic superconductors ...
Kondo hybridization in partially filled f-electron systems conveys significant amount of electronic ...
International audienceAbstract The nearly ferromagnetic superconductor UTe 2 shows several intriguin...
As ferromagnetism and superconductivity are usually considered to be antagonistic, the discovery of ...
Ferromagnetism (FM) and superconductivity (SC) are traditionally thought of as competing states of ...
We have studied the high-pressure magnetic property in UGe 2 where ferromagnetic superconductivity a...
l’Energie Atomique, INAC/SPSMS, 38054 Grenoble, France The phase diagram of several itinerant ferrom...
[Abstract] We investigate the pressure coefficient of the superconducting transition temperature of...
This thesis summarizes experimental work using high pressure as a tuning parameter in the study of s...
Results of a detailed investigation of the ferromagnetic superconductor UGe2 using positive muon spi...
The pressure effects on the superconductingtransition temperature of ferromagnetic superconductorsar...
We report a dc magnetization study of the critical phenomenon around the ferromagnetic transition te...
We report a dc magnetization study of the critical phenomenon around the ferromagnetic transition te...
We report a dc magnetization study of the critical phenomenon around the ferromagnetic transition te...
Results of a detailed investigation of the ferromagnetic superconductor UGe2 using positive muon spi...
The pressure effects on the superconducting transition temperature of ferromagnetic superconductors ...
Kondo hybridization in partially filled f-electron systems conveys significant amount of electronic ...
International audienceAbstract The nearly ferromagnetic superconductor UTe 2 shows several intriguin...
As ferromagnetism and superconductivity are usually considered to be antagonistic, the discovery of ...
Ferromagnetism (FM) and superconductivity (SC) are traditionally thought of as competing states of ...