"precipitation behavior" is a correct and usable phrase in written English.
It refers to the way in which a substance or solution reacts to form a solid substance (precipitate) when mixed with another substance or under certain conditions. Example: In chemistry class, we studied the precipitation behavior of different metal ions when mixed with various reagents.
The precipitation behavior and effect of precipitates on the mechanical properties of the Low-C RAFM steel were investigated.
The precipitation behavior of nanosized binary Y2O3 and complex Y2Ti2O7 precipitates in oxide-dispersion strengthened ferritic steels was modeled by a nucleation, growth and coarsening thermodynamic approach.
Detrimental Laves phases are readily precipitated in this steel, so suitable annealing parameters is necessary to change the precipitation behavior and promote the dissolution of Laves phases, and then render this economically produced steel, corrosion resistant to sulfuric acid.
The precipitation behavior and dislocation pattern are characterized and discussed.
An unexpected precipitation behavior was identified in a Ti50Ni15Pd25Cu10 alloy.
The precipitation behavior on bare ITO electrode was similar to that formed on bare Si substrate.
Hardness and tensile tests and TEM observations are used to evaluate the hardening response and precipitation behaviors.
The precipitation behaviors of η phase and γ′ particles of the alloy were investigated through experimental study and phase computation.
However, the adsorption and precipitation behaviors of scale inhibitors on shale formations have never been reported.
The annealing temperature had a significant effect on the precipitation behaviors of the steel, and ultimately on its mechanical properties and corrosion resistance.
In particular, our emphasis is played on elucidating the correlation between precipitation behaviors and mechanical properties, which may serve as a demonstrative summary for the current progress in the scientific research of precipitation-strengthened HEAs.
