The effect of tellurium (Te) on the localised corrosion mechanism in 15–5PH stainless steel
is studied in a simulated marine environment. The addition of Te changed the composition …

Tellurium treatment is used to control the morphology of manganese sulfide (MnS)
inclusions, reduce the mechanical anisotropy, and improve the machinability of sulfur …

The formation mechanism of MnS inclusions during heat treatment and its effect on the
pitting behavior of laser powder bed fusion (L-PBF)-fabricated 316L stainless steel (SS) …

In the current study, laboratory experiments were carried out to reveal the modification and
deformation of MnS–MnTe inclusions in a Te-treated free-cutting steel. With the increase of …

Tellurium is used for optimizing sulfide inclusion morphology in the iron and steel industry. In
this study, the effects of tellurium on sulfide inclusion, microstructure, mechanical properties …

Te is a seldom-used alloying element, which is mainly used in free-machining steel. The Te
content in this kind of steel is relatively low, and only a small amount of MnTe is generated …

To enhance the machinability and mechanical properties of 0Cr18Ni9 steel, free-machining
element Te was introduced in this work. By adding various quantities of Te to steel, several …

In 38MnVS6 steel, the morphology of sulfide inclusion has a strong influence on the fatigue
life and machinability of the steel. In most cases, the MnS inclusions show strip morphology …

Three Co-based dual-phase high-entropy alloys (HEAs) were produced by different
manufacturing conditions: arc-melting with Ar protection (Ar-HEA), vacuum induction melting …

The modification effects of surface-active element Mg on the inclusions and
macro/microstructure of as-cast M42 high-speed steel were investigated by microscopy …