New specific heat data taken at very low temperatures (0.03 < T < 0.18 K) in quasi one-dimensional helimagnet Gd (hfac)3 NITiPr show a clear λ anomaly at TN = 0.039 K signaling the onset of the 3D helimagnetic phase. They match fairly well with previously reported data which showed the onset of the chiral phase transition at T0 = 2.08 K. Also new magnetic susceptibility data taken in the neighborhood at T0 are repeated. © 2006 Elsevier B.V. All rights reserved
We present specific heat, susceptibility and MUSR study of quasi-one-dimensional Gd(hfac)3NITR helim...
Low-temperature magnetic susceptibility,zero-field muon spin resonance and specific heat measurement...
Low-temperature magnetic susceptibility, zero-field muon spin resonance and specific heat measuremen...
New specific heat data taken at very low temperatures (0.03 < T < 0.18 K) in quasi one-dimensi...
New specific heat data taken at very low temperatures (0.03<T<0.18K) in quasi one-dimensional helima...
New specific heat data taken at very low temperatures (0.03 < T < 0.18 K) in quasi one-dimensional h...
We review recent experimental data obtained with quasi-one-dimensional (1D) molecular magnets Gd(hfa...
none11Low-temperature specific heat, magnetic susceptibility, and zero-field muon spin resonance (MU...
Low-temperature specific heat, magnetic susceptibility, and zero-field muon spin resonance (mu SR) m...
Specific heat and muon spin relaxation (μ+SR) measurements performed in the molecular magnetic chain...
We present specific heat, susceptibility and µSR study of quasi-one-dimensional Gd(hfac)3NITR helima...
Low-temperature specific heat C(T) and zero-field muon spin resonance (\u3bc+SR) measurements were p...
Specific heat and muon spin relaxation (mu(+)SR) measurements performed in the molecular magnetic ch...
Low-temperature specific heat, magnetic susceptibility, and zero-field muon spin resonance (SR)measu...
We present specific heat, susceptibility and MUSR study of quasi-one-dimensional Gd(hfac)3NITR helim...
Low-temperature magnetic susceptibility,zero-field muon spin resonance and specific heat measurement...
Low-temperature magnetic susceptibility, zero-field muon spin resonance and specific heat measuremen...
New specific heat data taken at very low temperatures (0.03 < T < 0.18 K) in quasi one-dimensi...
New specific heat data taken at very low temperatures (0.03<T<0.18K) in quasi one-dimensional helima...
New specific heat data taken at very low temperatures (0.03 < T < 0.18 K) in quasi one-dimensional h...
We review recent experimental data obtained with quasi-one-dimensional (1D) molecular magnets Gd(hfa...
none11Low-temperature specific heat, magnetic susceptibility, and zero-field muon spin resonance (MU...
Low-temperature specific heat, magnetic susceptibility, and zero-field muon spin resonance (mu SR) m...
Specific heat and muon spin relaxation (μ+SR) measurements performed in the molecular magnetic chain...
We present specific heat, susceptibility and µSR study of quasi-one-dimensional Gd(hfac)3NITR helima...
Low-temperature specific heat C(T) and zero-field muon spin resonance (\u3bc+SR) measurements were p...
Specific heat and muon spin relaxation (mu(+)SR) measurements performed in the molecular magnetic ch...
Low-temperature specific heat, magnetic susceptibility, and zero-field muon spin resonance (SR)measu...
We present specific heat, susceptibility and MUSR study of quasi-one-dimensional Gd(hfac)3NITR helim...
Low-temperature magnetic susceptibility,zero-field muon spin resonance and specific heat measurement...
Low-temperature magnetic susceptibility, zero-field muon spin resonance and specific heat measuremen...