Sentence examples for materials exhibit large from inspiring English sources
The low-dimensional bilayer structure of nanoparticles compared with the bulk materials exhibit large surface area for efficient light absorption and shortened collection length for charge carriers responsible for increasing power conversion efficiency [24].
One of the problems in such studies is that nanoparticles made from different materials exhibit large differences in inflammogenic potential.
Many dielectric materials exhibit large penetration depths in this frequency range [ 16, 17], and THz radiation suffers much less from scattering due to the larger wavelengths compared to, e.g., infrared radiation.
The advantageous part is that these materials exhibit larger bandgap than CdS, thus minimizes the absorption loss between the wavelength regions of 350 550 nm.
These materials exhibited large reversible capacity, high rate performance and excellent cycling stability.
The obtained materials exhibited large surface areas (553 810 m2/g) and pore size (6.6 7.1 nm) demonstrated by XRD and N2-ad/desorption analysis.
The resulting materials exhibited large pore volumes of up to 4.38 cm3/g, bimodal porosity (pores centered at approximately 3 and 24 28 nm) and contained high levels of bulk and surface nitrogen (up to 10 wt% and 5.8 at.%, respectively).
The time domain transients of batteries comprised of LiFePO4 cathode material exhibit large nonlinearity with the increasing discharging rates.
Highly ordered 3D-mesoporous carbon material exhibited larger adsorption capacity for glucose oxidase and the immobilized enzymes retained a higher bioactivity compared with 2D-mesoporous carbons.
This series of all sol gel materials exhibits large second-order optical nonlinearity (d33=10 54 pm/V at 1064 nm, and 3 17 pm/V at 1542 nm) after poling and curing.
Growth techniques that utilize elevated reactor pressures offer a pathway to overcome limitations in the epitaxy of high quality group III-nitride compounds such as InN or related materials, which exhibit large thermal decomposition pressures.
