Sentence examples for microscopic observations indicate from inspiring English sources
Microscopic observations indicate variable numbers of micro-organisms associated with the pyritic sediment.
Optical microscopic observations indicate that the layer is composed of two superimposed paint layers: the lower orange and the upper red.
Macroscopic and microscopic observations indicate that dilatational process play an important role on the toughening mechanism in PBT/AES blends at notched Izod impact tests.
Optical microscopic observations indicate that the α-form crystal exhibits a typical spherulite morphology, while the β-form crystal displays a dendritic spherulite morphology due to the extremely slow spherulite growth rate.
Microscopic observations indicate that cyst forming Gram-negative cells in the Azospirillum clade undergo significant alterations in cell wall morphology when transitioning from vegetative to cyst cells [ 15].
These light microscopic observations indicate that the presence of MGL in cellular elements is highly compartmentalized within the termination zone of primary afferent neurons, an area in which expression of both the synthesizing enzyme of 2-AG, diacylglycerol lipase-α (DGL-α), and its major receptor target, the CB1 receptor, are enriched (Nyilas et al., 2009).
Flattening of the longitudinal ridges in the endothelium, crevasse-like endothelial sloughing, platelet activation and aggregation, and/or leukocyte adherence on the endothelium were observed in the aorta of the model rats based on scanning electron microscopic observations, indicating endothelium injury.
Analytical electron microscopic observations indicated that such whiskers formed tapered slabs having mosaic and twinned domains.
Macroscopic and microscopic observations indicated that the mycelial growth of F. culmorum and Pythium ultimum were inhibited during interactions with C. rosea.
Differential scanning calorimetry measurements and polarizing optical microscopic observations indicated that CnPA exhibited smectic A and nematic phases at intermediate temperatures (119 196 °C).
A comparison of the load displacement data and the microscopic observations indicated that deformation occurs primarily by shear sliding along the columnar grain boundaries.
