Elementary surface chemistry during CuO/Al nanolaminate-thermite synthesis: copper and oxygen deposition on aluminum (111) surfaces
C Lanthony, M Guiltat, JM Ducéré… - … applied materials & …, 2014 - ACS Publications
The surface chemistry associated with the synthesis of energetic nanolaminates controls the
formation of the critical interfacial layers that dominate the performances of nanothermites …
formation of the critical interfacial layers that dominate the performances of nanothermites …
Nanoscale transition metal thin films: Growth characteristics and scaling law for interlayer formation
A Chandrasekaran, RWE van de Kruijs… - … applied materials & …, 2019 - ACS Publications
A comprehensive study on the growth of nanoscale transition metal-on-transition metal (TM-
on-TM) systems is presented. The near room-temperature intermixing and segregation …
on-TM) systems is presented. The near room-temperature intermixing and segregation …
Self-Organized Al2Cu Nanocrystals at the Interface of Aluminum-Based Reactive Nanolaminates to Lower Reaction Onset Temperature
Nanoenergetic materials are beginning to play an important role in part because they are
being considered as energetic components for materials, chemical, and biochemical …
being considered as energetic components for materials, chemical, and biochemical …
Formation of Al/CuO bilayer films: Basic mechanisms through density functional theory calculations
We carry out Density Functional Theory calculations of the initial steps of CuO deposition
onto Al (111) surface and Al deposition onto CuO (11–1) surface to investigate the basic …
onto Al (111) surface and Al deposition onto CuO (11–1) surface to investigate the basic …
Ru/Al multilayers integrate maximum energy density and ductility for reactive materials
Established and already commercialized energetic materials, such as those based on Ni/Al
for joining, lack the adequate combination of high energy density and ductile reaction …
for joining, lack the adequate combination of high energy density and ductile reaction …
Atomic scale analysis of phase formation and diffusion kinetics in Ag/Al multilayer thin films
Thin films generally exhibit unusual kinetics leading to chemical reactions far from
equilibrium conditions. Binary metallic multilayer thin films with miscible elements show …
equilibrium conditions. Binary metallic multilayer thin films with miscible elements show …
Effect of interface morphology on intermetallics formation upon annealing of Al–Ni multilayer
Following Benès rule, the initial phase formed at interface of Al–Ni multilayer on annealing is
Al 3 Ni. On further annealing it should give rise to intermetallics Al 3 Ni 2, AlNi and AlNi 3 …
Al 3 Ni. On further annealing it should give rise to intermetallics Al 3 Ni 2, AlNi and AlNi 3 …
Thermodynamically driven Al migration across ultrathin Ag layered electrodes without thermal loading
The use of metallic dopants and seeds as wetting inducers for synthesizing ultrathin Ag
layers on chemically heterogeneous oxides has been criticized for inducing nonnegligible …
layers on chemically heterogeneous oxides has been criticized for inducing nonnegligible …
Atomic-level investigation of interface structure in Ni–Al multilayer system: molecular dynamics simulation
In the present work, we investigated deposition behavior of atomic-level interface and
surface structure when Ni atoms were deposited on Al (001) substrate according to substrate …
surface structure when Ni atoms were deposited on Al (001) substrate according to substrate …
Metastable Al-Fe intermetallic stabilised by epitaxial relationship
We report the adsorption of Fe for several dosing conditions on Al (1 0 0) surface held at
different temperatures. For 2 monolayer equivalent of Fe deposited on the substrate held at …
different temperatures. For 2 monolayer equivalent of Fe deposited on the substrate held at …