Sentence examples for shell cavity from inspiring English sources
The NMR results showed that it was possible to determine both internal shell cavity volume and dry flesh weight in less than one minute with very high determination R2 coefficients (0.95 and 0.94, respectively).
NMR measurements were carried out at three different periods using a low field spectrometer equipped with a 50 mm diameter probe to investigate 60 oysters in their first year of maturity, which were then dissected to measure internal shell cavity volume and dry flesh weight and to determine sex and gonad development.
Shell liquor is a combination of shell cavity fluid and hemolymph released when oysters are shucked and has been found to contain lysozyme [ 78].
Specimens were cleaned with a micro-knife, identified, and checked for secondary crystallization within shell cavities using a binocular microscope.
The appropriate pH determines the formation of shell-cavity architecture via controlling the PMF precipitates out as particles and deposits on the interface.
He manipulates his hand inside the shell's cavity, somewhat like the way he uses the slide on the trombone.
On the basis of a previously established free vibration model, a general formulation considering the full coupling between the subsystems (plate, shell and cavity) is developed.
However, John et al. (1985) suggested an extended form as: C^ = frac{4pi }{kT}intlimits_{0}^{R - a} {exp left( { - left[ {frac{{w_{1} (r) + w_{2} (r) + w_{3} (r)}}{kT}} right]} right)} r^{2} {text{d}}r (10 where (w_{1} (r)), (w_{2} (r)) and (w_{3} (r)) represent interaction potentials between guest and water molecules at first, second and third shell of cavity, respectively.
It's easy to imagine tropical fish drifting in and around the complex interior hollows, created by agglomerations of shell-like cavities and taffylike tendrils of stretched plastic.
In summary, we investigated the optical properties of four subwavelength-scale plasmonic cavities: a dielectric-core/metal-shell nanowire plasmonic cavity, a nanorod plasmonic cavity using a cutoff mirror mechanism, a channel-waveguide plasmonic cavity, and a nanodisk/nanopan plasmonic cavity.
This approach is generally applicable to a wide variety of colloidal templates irrespective of their shape, material and structure, allowing the void structure and geometry (spherical void, yolk-shell, multi-shells and non-spherical cavity) to be controlled.
