Sentence examples for a function of dispersion from inspiring English sources
One-cycle ALD experiments using diethylzinc (DEZ) afforded Zn/SiO2 systems that provided key insights into the reactivity and stability of Zn sites as a function of dispersion at the submonolayer level.
The adhesion of uniform rod-like β-FeOOH particles onto stainless steel was studied as a function of dispersion pH, ionic strength, and flow rate using the packed bed technique.
Dry coated drug powders were characterized by AOR, particle size as a function of dispersion pressure, particle size distribution, conditioned bulk density (CBD), Carr index (CI), flow function coefficient (FFC), cohesion coefficient using different instruments, including a shear cell in the Freeman FT4 powder rheometer, and Hansen flowability index.
For other times the coefficient for total dispersion within the column is found to be a function of local dispersion, differences in flow between the wall and bulk regions, and dispersion time.
Gasification performance of the prepared catalyst is found to be a function of Ni dispersion and support basicity/acidity ratio.
Experimental observations on the separation kinetics for sedimentation and creaming of droplet dispersions as a function of time and dispersion volume fraction are presented using both optical techniques and magnetic resonance imaging (MRI).
Fischer Tropsch reaction rate is proportional to the number of cobalt metal sites, which is a function of both cobalt dispersion and cobalt reducibility.
Accurate characterization of important properties of such polydisperse distributions (size distribution, effective density, charge, mobility, aggregation kinetics, etc). is critical for understanding differences in the effective dose delivered to cells as a function of time and dispersion conditions, as well as for nano bio interactions.
The thermal, rheological, and mechanical properties of bulk-polymerized thermoplastic polyurethane nanocomposites of reactive and non-reactive layered silicate clay were characterized as a function of the state of dispersion of particles.
The profile of soliton solution of KP equation (in contrast to KdV equation) is a function of the sign of dispersion coefficient.
The electrophoretic mobility (μe) for α-mangostin and microgel is determined as a function of pH for dispersions at 25°C.
