The phrase 'exhibit size' is correct and usable in written English.
You can use it to refer to the size of a specimen, display, or presentation. For example, "The exhibit size was limited due to the confines of the room."
Nanomaterials exhibit size- and/or structure-dependent properties, which must be controlled.
In this work, we conduct controlled experiments on polystyrene (PS) micropillars to ascertain whether they exhibit size effects.
Biological methods exhibit size and shape control over a diverse array of materials, and they also facilitate mass production, high yield, and reproducibility[23, 24].
Metallic nanoparticles exhibit size and shape-dependent properties that are of interest in applications ranging from catalysts and sensing to optics, antimicrobial activity, and data storage [3].
Luminescent quantum dots (QDs) exhibit size- and composition-tunable photophysical properties that are not shared by their bulk parent materials or at the molecular scale.
The simulations exhibit size effects and effects of initial dislocation density and strain rate on strength, which appear to be in good agreement with recent experimental results and with a simple dislocation kinetics model described here.
In contrast, QDs are resistant to photobleaching, extremely bright, and exhibit size-dependent emission wavelengths.
The NOs also exhibit size-dependent strains in both the oxide and matrix ferrite phases.
Filtration characterization demonstrated that the nanoporous membranes exhibit size-dependent solute rejection in agreement with steric hindrance models.
Piezoelectric nanomaterials exhibit size-dependent properties at nanoscale, and also, it has been demonstrated that they have larger piezoelectric constants than their bulk counterparts [13, 14].
However, for particle sizes larger than 25 nm, the bandwidth increases with the increase in particle size[42], and nanoparticles such as gold and silver have also been shown to exhibit size-dependent optical properties.
