We present the results of recent muon-spin rotation (μSR) experiments on a variety of novel molecular magnetic systems. Muons are sensitive to local static fields and magnetic fluctuations, but can probe much more than just the onset of long-range magnetic order. The spin-crossover phenomenon has been studied in Fe(PM-PEA)2(NCS)2, which shows Gaussian and root-exponential muon relaxation in the high-spin and low-spin phases, respectively. Dy spin fluctuations have been studied with μSR in the ferrimagnetic chain Dy(hfac)3(NITEt). Experiments on a disc-shaped molecular complex containing Fe19 (with spin..
We present μ+SR and proton NMR data on the molecular cluster {Mo72Fe30} in its standard form (std-Fe...
Implanted muons have been used as a local probe to detect the magnetic ordering in the molecular mag...
We present a study of the spin dynamics of Fe4 (OCH3) 6 (dpm) 6 single molecule magnet by means of S...
We present the results of recent muon-spin rotation (μSR) experiments on a variety of novel molecula...
We present the results of recent muSR experiments on a variety of novel organic and molecular magnet...
Spin-polarized muons can be implanted in various molecular magnetic materials in order to measure st...
We present the results of muon spin relaxation (μ+SR) studies on low dimensional molecular magnet sy...
We present the results of muon spin relaxation (μ+SR) studies on low dimensional molecular magnet sy...
The moun-spin rotation also called moun-spin relaxation (μSR) technique is an extremely useful metho...
The spin-crossover phenomenon is a cooperative low-spin to high-spin transition which can be initiat...
A muon is an unstable spin-1/2 particle with a lifetime of 2.2 μs. Beams of spinpolarized positive m...
Systematic studies of magnetic critical exponents in local moment molecular magnets can be made by c...
Systematic studies of magnetic critical exponents in local moment molecular magnets can be made by c...
We present the results of mu SR experiments on a variety of molecular magnetic materials, either pur...
A series of model iron(II) spin crossover complexes have been investigated by temperature dependent ...
We present μ+SR and proton NMR data on the molecular cluster {Mo72Fe30} in its standard form (std-Fe...
Implanted muons have been used as a local probe to detect the magnetic ordering in the molecular mag...
We present a study of the spin dynamics of Fe4 (OCH3) 6 (dpm) 6 single molecule magnet by means of S...
We present the results of recent muon-spin rotation (μSR) experiments on a variety of novel molecula...
We present the results of recent muSR experiments on a variety of novel organic and molecular magnet...
Spin-polarized muons can be implanted in various molecular magnetic materials in order to measure st...
We present the results of muon spin relaxation (μ+SR) studies on low dimensional molecular magnet sy...
We present the results of muon spin relaxation (μ+SR) studies on low dimensional molecular magnet sy...
The moun-spin rotation also called moun-spin relaxation (μSR) technique is an extremely useful metho...
The spin-crossover phenomenon is a cooperative low-spin to high-spin transition which can be initiat...
A muon is an unstable spin-1/2 particle with a lifetime of 2.2 μs. Beams of spinpolarized positive m...
Systematic studies of magnetic critical exponents in local moment molecular magnets can be made by c...
Systematic studies of magnetic critical exponents in local moment molecular magnets can be made by c...
We present the results of mu SR experiments on a variety of molecular magnetic materials, either pur...
A series of model iron(II) spin crossover complexes have been investigated by temperature dependent ...
We present μ+SR and proton NMR data on the molecular cluster {Mo72Fe30} in its standard form (std-Fe...
Implanted muons have been used as a local probe to detect the magnetic ordering in the molecular mag...
We present a study of the spin dynamics of Fe4 (OCH3) 6 (dpm) 6 single molecule magnet by means of S...