It has been shown that above 800 K manganous sulphide demonstrates a simple defect
structure which can be described in terms of a point defect model. Over the major part of the …

The kinetics and mechanism of manganese sulfidation have been studied as a function of
temperature (673–1373 K) and sulfur vapor pressure (10–10 5 Pa). It has been found that …

The sulfidation behaviour of a range of Fe‐Mn alloys and pure Mn were studied at 973 K,
1073 K, and 1173 K in H2‐H2S atmospheres at constant pS2 or constant pH2S/pH2. The …

The kinetics of manganese sulfidation has been studied in H 2-H 2 S gas mixtures as a
function of temperature (973–1223 K) and sulfur pressure (7× 10− 9 to 3× 10− 4 Pa), using a …

Self-diffusion of manganese in nonstoichiometric manganous sulphide, Mn 1±y S, has been
studied as a function of temperature (1073–1373) K and sulfur activity (10− 11–10 3) Pa …

The sulfidation properties of austenitic Fe-Mn and Fe-Mn-Al alloys containing small amounts
of carbon have been characterized with respect to the sulfidation kinetics, scale …

The defect equilibria and diffusion kinetics of point defects and manganese ions in
manganese sulphide have been discussed with the background of available literature data …

Pure manganese was sulfidized in H 2 S− H 2 mixtures at temperatures between 673 and
1223 K, under a sulfur partial pressure in the range 2.2× 10− 5− 3.4 Pa. The large …

Basing on electrical and nonstoichiometry data, defect structure model of Mn1±yS sulphide
has been developed. It has been shown, that depending on the temperature and sulfur …

A number of transition metal oxides and sulphides exhibits complex defect structures, even if
the total concentration of defects is not very high (Cr 2 O 3; Fe 3 O 4; MnS; MnO). The …