The phrase "a range of elasticity" is correct and usable in written English.
It can be used in contexts related to economics, physics, or materials science, where the concept of elasticity is discussed.
Example: "The product's price can vary within a range of elasticity, affecting consumer demand significantly."
Alternatives: "a spectrum of elasticity" or "a variety of elasticity".
Experiments are carried out using a series of dilute solutions (0.78 < c/c* < 1.09) of a high molecular weight polyethylene oxide, in which the solvent viscosity is varied in order to achieve a range of elasticity numbers, 2.8 < El = Wi/Re < 68.
We demonstrate for our material system that, by increasing the concentration of monomer in the gel-forming solution, we can increase the modulus (Fig. 3b; 7.5 wt%, G′ = 553 ± 81 Pa; 10 wt%, G′ = 1343 ± 49 Pa; 12.5 wt%, G′ = 2147 ± 87 Pa), creating gels with a range of elasticity comparable to native soft tissues (around the range of neural tissues to muscle, E ∼ 1 to 10 kPa, where E ≈ 3 G).
Price discrimination requires that the customers have a range of demand elasticities, and that the carrier has some way of distinguishing between customer types.
However, our measures display a wide range of elasticity for a narrow range of mineral volume fraction (0.37 to 0.52) and with oim data having lower stiffness despite having a higher mineral volume fraction.
Complex flows over a wide range of elasticity numbers (20 ⩽ El ⩽ 120), Weissenberg numbers (7 ⩽ Wi ⩽ 121) and Reynolds numbers (0.08 ⩽ Re ⩽ 4.5) are characterized using micro-particle image velocimetry (μ-PIV) and pressure drop measurements.
Oyen et al. [8] have also observed such a wide range of elasticity values despite equivalent mineral volume fractions and concluded that no single relation could be found to estimate the bone elasticity from its mineral composition.
The needle on the gauge danced around — and, in some cases, into — a red zone, marking the highest range of elasticity.
The needle on the gauge danced around—and, in some cases, into a red zone, marking the highest range of elasticity.
Elastin provides structural integrity, biological cues and persistent elasticity to a range of important tissues, including the vasculature and lungs.
At relatively low forces and low indentation depths, force-spectroscopy AFM has been used successfully to measure the elasticity of a range of different cell types and experimental environments (Harris and Charras, 2011; Kasas et al., 2013; Stewart et al., 2012).
