Sentence examples for optic performance from inspiring English sources

Although recently developed bio-inspired nanostructures exhibit superior optic performance, their practical applications are limited due to cost issues.

To compare the visual and ocular optical performance in eyes with a single-optic or a dual-optic accommodating intraocular lens (IOL) with particular attention to near-vision outcomes.

We have used strontium-doped PZT, rather than undoped PZT, in order to capitalise on its enhanced ferroelectric and piezoelectric properties [7 9], which in turn will influence its electro-optic performance.

The physical and mechanical properties of several thiol ene based polymers and their mixtures with the liquid crystal, E7, were characterized to probe their relationship with the liquid crystal film electro-optic performance properties.

Holographic polymer dispersed liquid crystals (HPDLC) were fabricated for several thiol ene and E7 mixtures, and electro-optical parameters characterized to probe the relationship between the thiol ene network properties and the electro-optic performance of the HPDLCs.

The electro-optic performance studies displayed a highest r33 value (93 pm/V) at high chromophore loading density of 45%, which indicated that the dipole-dipole interactions were effectively suppressed.

We will present the manufacturing process of Silicon Pore Optics, the achieved optical performance and their technology readiness level.

The excellent electro-optic performances endowed BTC potential application in the high-performance electro-optic materials.

Then, the electro-optic performances of the infrared photodetector are evaluated; the dark current dependence with the applied voltage and temperature is discussed.

Then, the electro-optic performances of the modeled mid-infrared detector are estimated, the dark current dependence with the applied voltage and temperature as well as the quantum efficiency and the detectivity are investigated and discussed.

In the framework of this FEMLAB code, the electro-optic performances of the SL photodetectors for room temperature (RT) operation are theoretical evaluated in terms of zero-bias resistance-area product R0A and of external quantum efficiency η in order to estimate the specific detectivity D∗.