The phrase "adjacent shell" is correct and usable in written English.
It can be used in contexts related to geometry, physics, or computer science, where it refers to a shell or layer that is next to another shell or layer.
Example: "The adjacent shell of the atom plays a crucial role in determining its chemical properties."
Alternatives: "neighboring shell" or "contiguous shell".
The model has been implemented in an interface finite element to be placed between adjacent shell elements and is intended for large-scale computations of package forming processes.
The transfer of membrane forces between adjacent shell segments is such that only vertical equilibrium of stress resultants needs to be preserved.
This paper is aimed at establishing a simple elastic buckling strength approximation for these ringbeams with elastic (i.e. semi-rigid) rotational restraint as is generally provided by the adjacent shell walls in a silo or tank.
The equilibrium equations set of cylinder segments may be integrated into the global equation of undetermined parameters by means of correlation matrix analysis and continuity conditions of adjacent shell segments.
The first observed CNTs were multiwalled carbon nanotubes (MWCNTs) (see Figure 1a), consisting of up to several tens of graphitic shells with adjacent shell separation of 0.34 nm, diameters of 1 nm, and large length/diameter ratio.
Analysis by HPLC revealed differential depletion by infusion site, but the 6-OHDA infusions into the core did significantly deplete DA in the adjacent shell sample.
The distance between adjacent shells is about 0.34 nanometer.
than individual CNTs due to the weak interfacial shear strength between adjacent shells, nanotubes, and nanotube bundles, causing insufficient load transfer.
The porous hybrid ZZFO triple-shelled hollow microspheres (TSHMSs) are demonstrated to be composed of crystalline ZnO and ZnFe2O4 nano-domains with well homogeneous dispersion at the nanoscale and large void spaces between adjacent shells.
The following energy transfers have been included in the model: Conductive energy loss to the chamber wall and electrodes, energy transfer in the preheat zone, energy transfer between adjacent shells and radiation energy loss from burned gases.
It is (sim 10-cm long ((sim 10-cmfor each bounce), and the gap between the adjacent shelongisim 5 (upmu)m.
