Sentence examples for strong defect from inspiring English sources

Our results demonstrate that BubR1Δ432 484, which cannot interact with Bub1 and localize to kinetochores, has a strong defect in kinetochore microtubule attachment that correlates with a defective interaction with PP2AB56.

The strong defect emissions also occasionally include visual violet and infrared light.

The phenomenon arising from strong defect emissions compared to weak intrinsic emissions is due to free-exciton annihilation caused by collision or recombination with each other.

Disruption of OsPPR4 expression led to a strong defect in the splicing of atpF, ndhA, rpl2, and rps12-2 introns and influences the splicing of petB and rps16 introns.

On that note, sample B has a relatively weak green emission peak, whereas both samples A and C have a very strong defect emission peak, likely due to trapped surface or subsurface oxygen vacancies.

The intrinsic emission of ZnO is also called the near band edge with a wavelength of about 378 nm (UV emission) [8] and has strong defect emissions which are called deep-level emissions with a wavelength of about 617 nm (yellow-orange emission) [10].

From room-temperature photoluminescence (PL) measurements, a strong defect-related green luminescence band appears for the ZnO film with a "particle-like" morphology but was hardly observed in the films with flat "ridge-like" surface morphologies.

InGaN epilayers exhibiting strong defect-related sub-bandgap emission, which is undesirable in epilayers and quantum well structures designed for light-emitting diodes and laser diodes, have been studied by confocal photoluminescence spectroscopy, Auger electron spectroscopy, and atomic force microscopy.

Addition of oxygen into the sputtering gas led to the partial formation of ZnO in the film, further resulting in the formation of porous and highly transparent oxide films, which showed relatively strong defect-related emission with laser excitation at room temperature.

The existence of strong defects increase assumed in simulations was not confirmed in annihilation characteristics.

With two enzymes, PLC2 and PLC6, RNAi phenotypes show strong defects in release of GPI-anchored surface proteins in vivo.