Compositionally complex alloys hold the promise of simultaneously attaining superior
combinations of properties such as corrosion resistance, light-weighting, and strength …

The NiCl (OH) nanosheet array grown in situ on the carbon cloth (NiCl (OH) NS/CC) was
synthesized using only anhydrous ethanol and NiCl 2· 6H 2 O as a raw material in a mild …

Compositionally complex alloys containing four or more principal elements provide an
opportunity to explore a wide range of compositions, processing, and microstructural …

Surface corrosion involves a series of redox reactions that are catalyzed by the presence of
ions. On infrastructure surfaces and in complex and natural environments, iron surfaces …

Ni-based alloys have attracted much attention due to their exceptional mechanical and
corrosion properties. The combination of these excellent properties has increased …

To understand the atomistic phenomenon behind initial oxidation processes, we have
studied the nanoscale evolution of oxide growth prior to the formation of a complete layer on …

During many synthesis processes and promising applications of Ni-based metals coated
with graphene (Gr) layers, the Gr/Ni interface closely contacts with various environmental …

The microstructure and oxidation properties from bulk material to atomic scale of NiCr alloys
with different Cr contents from 10 to 50 at% were systematically studied. The oxidation …

Understanding the initial oxidation pathways on binary Ni-Cr surfaces is import for alloy
development and rational design. The early-stage oxidation of Ni-22wt% Cr is studied in-situ …

Ni-Cr based super-alloys have exceptional corrosion resistance, which is further improved
with Mo alloying. The correlation between passive layer performance and composition was …