Sentence examples for isolated lens from inspiring English sources

As the spacing increases, the focusing optical field for a single microlens in an array gradually accords with the isolated lens, meaning that the coupling effect is disappearing.

Due to the coupling effect, the focal length and FWHM of microlenses in the array are both slightly less than those of the isolated lens.

The focal length of the arrayed microlenses at λ = 600 nm decreases slightly from 1.21 to 1.12 μm, while that of the isolated lens is 1.51 μm (Fig. 7a).

However, as the spacing gradually increases, it approaches to the focusing properties of the isolated lens, as illustrated by the blue and green dashed lines, which gives a good demonstration to show the influence of the lens spacing on the focusing performance.

From Fig. 5a, we can deduce a general rule that as the working wavelength increases, the coupling effect become more apparent, e.g., for the case of λ = 0.4 μm, the deviation of the focal length in contrast to the isolated lens is 6.7%%, compared to the 17.3 % for the case of λ = 0.8 μm.

Each isolated lens was incubated in 2 ml of modified of TC-199 (Sigma) medium with antibiotics.

The immunoprecipitates and whole cell lysates were subjected to SDS-PAGE, transferred to Immobilon-P membranes and the association of RPTOR with MTOR determined using western blot techniques as described above., Freshly isolated lenses, lenses from organ culture, and primary lens cell cultures were fixed in 3.7% formaldehyde (15 min for primary cultures and overnight for whole lenses).

Fusarium solani – corneal ulcers (2 isolates), lens case (1 isolate), and F. oxysporum – corneal ulcer (1 isolate), eye (1 isolate), were recovered from five patients.

An optical coherence tomography system has been developed that was designed specifically for imaging the isolated crystalline lens.

Results: RV was isolated from lens aspirates in seven (10%) out of the 70 children with congenital cataract.

The relative distribution of acetylcholine (ACh) receptors on the surface of the isolated ocular lens of the rabbit was determined from induced changes in translens short-circuit current (ISC) and the translenticular resistance (Rt) at seven delineated, parallel zones from the anterior to the posterior pole.