Comparably, the mutations involved in N-glycosylation always give rise to invisible defects in plant phenotype under normal growth condition.
The invisible defects are synthesized by means of supersymmetric (Darboux) transformations of an ordinary crystal using band-edge wavefunctions to construct the superpotential.
We show that invisible localized defects, i.e. defects that cannot be detected by an outside observer, can be realized in a crystal with an engineered imaginary potential at the defect site.
The irregular biofilm patterns on screws, most notably the circular biofilm accumulations on screw heads, is consistent with preferential biofilm adhesion to invisible surface defects or irregularities in the machining process.
However, in the group of nHA/CS/PLGA scaffolds without seeding, new bones were visible around the defects, but invisible inside the defects.
At 52 weeks, the repaired tissue owned hyaline-like characterization, such as white normal color, smooth surface comparable with sham groups; the margin was nearly invisible), while untreated defects were insufficiently filled with red fibrous tissue, with rough surface and entire visible defect margin).
In addition, the HfO2 over SiO2 interface has a better interfacial strength and less "invisible" nano-absorbing defects than the SiO2 over HfO2 interface, suggesting that improving the SiO2 over HfO2 interfacial quality will be an effective way to enhance the laser damage performance of the transport mirror coating.
These abnormalities range in severity from minute defects invisible to the human eye to gross deficits involving large territories of the cerebral hemispheres (e.g., schizencephaly).
They are the key factors to affect the transistor performance, but the implantation-related defect is invisible by the normal failure analysis method.
If the viewing direction is not parallel to planar defects, the defects will be invisible.
