Of all the M n+ 1AX n phases, the most resistant to oxidation in air in the 900–1,400° C
temperature range are Ti2AlC, Ti3AlC2 and Cr2AlC. A literature review, however, shows that …

The MAX phases are a group of layered ternary, quaternary, or quinary compounds with
characteristics of both metals and ceramics. Over recent decades, the synthesis of bulk MAX …

The CRC Materials Science and Engineering Handbook, Third Edition is the most
comprehensive source available for data on engineering materials. Organized in an easy-to …

Recently, we reported on the processing of 50 vol.% Ti 2 AlC-nanocrystalline magnesium,
nc-Mg, matrix composites using a pressureless melt infiltration method. Herein we report on …

Ti/S/C powders were used as raw material for the combustion synthesis of Ti2SC. The
results showed that Ti2SC was the main phase of the product of the 2Ti/S/C powders used …

In this study, the synthesis of Ti 2 SC MAX phase by high energy ball milling, and the effects
of heat treatment on ball milled powder was investigated. To this aim, a mixture of Ti, FeS 2 …

Materials within nuclear reactors experience some of the harshest environments currently
known to man, including long term operation in extreme temperatures, corrosive media, and …

Similarly to other transition metals of group 4–hafnium and zirconium, titanium forms with
carbon, practically, the only one chemical compound (see also section C–Ti in Table I-2.13) …

Herein we report on the oxidation of bulk Ti 2 GeC in air in the 600° C to 800° C temperature
range. At 600° C, and up to 500 h, the oxidation kinetics are sub-parabolic and the rutile TiO …

Herein we report on the fabrication and mechanical properties of Mg composites fabricated
by pressureless melt infiltration of Mg and Mg alloys into porous preforms of TiC and Ti 2 …