Sentence examples for sections were found to from inspiring English sources
S1R-KO mouse brain sections were found to be devoid of S1R staining.
The lengths of heating, holding and cooling sections were found to be 2.28, 1.0 and 2.08 m, respectively.
The sleeved sections were found to have the lowest bending capacity, while the GFRP and continuous sections reached more than 80% of the capacity of the reference sections.
The processing-induced cracks and the "soft" matrix-discontinuous bundle sections were found to be two of the main reasons for the low composite modulus.
The total (integrated) secondary ion yields, estimated by making use of the reported damage cross sections, were found to be the same for SF5 bombardment of the 1-ML and the 9-ML samples.
While some patched sections were found to crack first directly above the expanding rebar, most of the patched sections eventually failed due to pop-out spalling along the patched edges.
The measured cross sections are found to be in good agreement with existing measured values but with lower uncertainty (<5%), and also in agreement with theoretical values.
The charge-changing cross sections are found to be energy-independent within the experimental uncertainties, except for those on the hydrogen target.
The optimal cross sections are found to have compressive capacities that are higher than the original designs by a factor of more than three in many cases.
In comparing the analysis results with code provisions for URM stability in the United States of America (USA), the treatment of eccentricity in hollow masonry sections was found to be adequate.
The act of machining the specimen edge, and thus, cutting the braiding yarns into discontinuous sections, is found to significantly decrease the tensile and flexural properties of the composite.
