Self-propagating high-temperature synthesis (SHS) or combustion synthesis (CS) is a
rapidly develo** research area. SHS materials are being used in various fields, including …

Utilizing a laser cladding approach, three types of in-situ composite coatings (Cu-16Cr-4SiC,
Cu-32Cr-8SiC, and Cu-48Cr-12SiC) were prepared on the CuCrZr alloy substrate. A …

Ti-Al coatings with porosities of 1.11%− 2.28% were synthesized in situ via high-frequency
induction heated combustion synthesis (HFIHCS) method within several minutes. The …

Fe-based cladding layers were prepared via the plasma cladding method using nitrogen as
protective and reactant gas. The effects of Al on the phase structure, morphology …

An integration technology was employed to prepare TiC-TiB 2 strengthening coating on
aluminum alloys, with the combination of Self-propagating high-temperature synthesis …

Abstract Dense Fe-Al-Cr coatings with approximately 50 μm in thickness are successfully
prepared on the 1045 carbon steel substrates via a laser cladding process. Proper Cr …

An in-situ TiC surface composite coating was synthesized upon a copper matrix, using Self-
Propagating High-temperature Synthesis (SHS) and Vacuum-Expendable Pattern Casting …

To reduce the brittleness of Fe-Al intermetallic compound coatings, FeNiCrAl powder wire
for high-speed electric arc spraying is developed by integrating Ni and Cr into an Fe-Al …

Abstract Two Fe-Al-based intermetallic aluminide coatings were fabricated on 430-SS (Fe-
Cr) and 304-SS (Fe-Cr-Ni) substrates by pressure-assisted solid diffusion bonding with …

Abstract In-situ TiC-Al 2 O 3 strengthening coating was applied on copper, using the vacuum-
expendable pattern casting (VEPC) in combination with the self-propagating high …