dr Maciej Mulak, prof. PWr — pole krystaliczne we współpracy z INTiBS PAN, Wrocław
Single-state crystal field parametrization in the cubic symmetry systems. Invited – 60 years of pss
Crystal field rotational invariants: a new light on the crystal field effects.
Do we properly understand the fitted crystal-field parameters?
The second and third crystal field splitting moments in verification of the trigonal and hexagonal crystal field parametrizations.
The crystal field splitting third moment in crystal field analysis: the tetragonal symmetry case.
The crystal-field splitting third moment in determination of the crystal-field Hamiltonian parametrization. The cubic symmetry case.
A direct algebraic parametrization of the high-symmetry crystal-field Hamiltonians.
A groundwork for crystal-field Hamiltonian parametrization.
Verification of the fitted crystal-field Hamiltonian parametrization by the crystal-field splitting second moment.
A fundamental requirement for crystal-field parametrization.
Capability of the free-ion eigenstates for crystal-field splitting.
The limits of the total crystal-field splittings.
Multipole characteristics of the open-shell electron eigenstates.
The maximal axial parameters in equivalent parametrizations of high symmetry crystal-field Hamiltonians.
On a complementary scale of crystal-field strength.
The quadrupolar term in the equivalent crystal-field Hamiltonians for various central-ion point symmetries.
The maximal axial components in the equivalent parametrizations of crystal-field Hamiltonians.
On standardization of crystal-field Hamiltonians parametrization: triclinic symmetry case.
Cały dorobek naukowy (1994–2004) w bazie DONA →